SCIENTIFIC ABSTRACT SHEVCHENKO. V.A. - SHEVCHENKO. V.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002202920011-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 99
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

212 330
AS S t F f E 0 lIkOCr"_ S S ING OAT E-0 4DEC70
CIRC ACCESSION ~Nl)--ANOL38120
ABSTRACT/ EXTRAC'" T-- (U) G;)-O- ABSTRACT, TH EART14GLE SUM."ARIZES !;-i'_: kESULTS
OF THE SOVIET AND U.S. LUNAR RESEARCH EFFORTS. FACILITY:
COMMISSION OF PLANETARY PHYSICS OF THE ASTRONOMKAL VOWNCIL.
FACILITY: ACADEMY OF SCIENCE59 ws.s.s.lz.

USSR uDc 561.167
K"AMISHEV, D. R., VAULDA, E. III., an: UMMEVA, I. D.
"Application of the Sector Mutant Colonies Test in the Study -of the Mlutatlon
Process in Chlorellall
IMoscow, Byullatent r1oskovskogo Obshchostva lspytata'ay Prirody, Novoya Seriya.
Otdol 3.iolo.-icheskiy, Vol 75, No ~Iay/jun 70, PP 133-145
Abst-ract. The nutation process of Chlorolla rulgaris LARI-I) wa:; stuaied
by the method of sector iautant colonies. A syntIirQi-;ous t~uituro of the algae in
t1ho pre-synthetic stage (Yoi~n,, a%i-Lo.-.porcz;) was o~,posed v) tho _-.hort-Iivcd action
of othylc.,niim~.a. nu'"nt clonos givirig riso to callonies predoxdnatod
a Stu,~y of the secwr ~-,utant ~_n:i~cated aa
over puzro nutwnt clonos. O~ L JI
ordsred spatial distribution of the daughter nuclei the cells.
This distribution was preserved in the solid nutrient rzod-`Lm aftor passage of the
autospores fron the mother call Ethylenimine inducud masa forn"tion of sectors
of t1no aberrant t~Tes 3/8 ard 5~8 ard others that were prosent. -to only a ninor
extent after the action of X-rays or UV light on C41o-reIL.. Formation of the
aberrant types cannot be explainc-d satisfactorily at T'he data,
obtained on the -types or sactors and theJx quantitative dii.-A;ribution supported
tho hypothesis of the cyclic polytene nature of chrozosomej; in Chlorella.

USSR UDC 575.24
V. A., Institute of General Genetics, AaadesW of Sciences USSR,
S Al~_:11~ zl~
"Genetic Adaptation of Chlorella Populations to the Chionic Effect of Ionizing
Radiation"
Moscow, Genetika, Vol 6. No 8, Aug 70, pp 64-73
Abstract: Chlorella vulgaris strains were isolated froia soil which had been
made radioactive by the introduction of Sr90 4- Y90 and In which-the algae had
been allowed to develop under gatural coVions for 5-6 yrs. 'The radioactivity
0
of the soil varied from I x 10 to I x 10 0 decays/min/kg. Arter isolation. the
strains were subjected to irradiation with x-rays in a dose of 30 W. The
viability of Chlorella populations as indicated by the civpacity to propagate
unler laboratory conditions was then determined. Tho the straina for
x-ray irradiation was increased on the average by a fatl'r ooff 1.5-2.0 as a re-
sult of exposure to Sr9O + Y90. The optimum concentrati6ns of radioisotopes
in the soil for 1~ creasing thq resistance to x-ray irradiation corresponded to
1 x 107 to 1 x 10 and 1 x 100 to I x 107 decays/vdn/kg f or 5 and 6 yrs of ex-
posures respectively. A waximum percent viabWty developed at these concontra-
tions. Strains with increasod resistance to ruLiation alao had a higher resist-
ance to temperatures above Y?oC and higher.productivity as compared to the controls~

Lfz 018 UNCLASSIFIED PROCESSING DATE--160CT70
TITLE--RAPID CURRENT PREAMPLIFIER FOR USE IN AN ELECTaGN COLLIM41m;
SYSTEM FOR NEUTRONS -U-
AUTHOR-(03)-ANDKEYEVt E.A., SITKOj S.P., SHEVCHENIKO, II.A.
'COUNTRY OF INFO--USSR
SOURCE--PRIB. TEKH. EKSP. 1970, 1, 132-3
PUBLISHED ------- 70
SUBJECT AREAS--PHYSICS, ELECTRONICS ANDELECTRICAL ENGR,
BEAM9 COLLIMATUR, PREAMPLIFIER, HELIUM ISOTOPE,
SEMICONDUCTOR DETECTOR
'CONTROL MARKING--NO RESTRICTIONS.
CLASS--UNCLASSIFIED
.!'PROXY RELLIFRAME--1994/1226 STEP NO--UR/0120170/0011000/0132/0133
CIRC ACCESSION NO--AP0115243
UNCLASSIFfED

212 018 UNCLASSIFIED PROCESSING OATE--';.60CT/C
CIRC ACCESSION NO--AP0115243
ABSTRACT/EXTRACT-W) GP-0- ABSTRACT. A FAST ACTING CURRENT PREAMPLIFIE-11"
IS DESCRIBED FOR A SURFACE BARRIER TRANSISTORIZEJ DETECTOR. THE
PREAMPLIFIEo IS ASSEMBLED FACOM HIGH FREQUENCY TRANSISTORS AND IS
DESIGNED TO PROVIDE A FINE CORRELATION (ACCORDING TO CO TRAVELLIN'
PRIME3 HE PARTICLES) IN A SYSTEM OF ELECTRONIC COLLIMATI&N OF N FRO74 THE
D 0 REACTION WITH A RESULN, TIME OF SEVERAL NSEC, THE AMPLIFICATION
ICIOEFF. EQUALS SIMILAR TO 599v THE TIME OF PULSE INCREASE AT THE OUTLET
IS LESS THAN 15 NSEC. THE CURRENT AMPLIFICATION RESULTS
c IN AN 8 FOLD
INCREASE OF SIGNALS FROM PRIME3 HE PARTICLES LIVER BACKGROU 0 1
N 140 1 S E
FACILITY: KIEV. GOS. UNIV. KIEV. USSR.

USSR UDC 575.1.:591.526+576.9.095.14
DUBIN-IN, N. P. , SA~~~, ALEKSEYENOK, A. Ya. , CHEREZIULNOVA, L. V. ,
and TISHCHENKO, Ye. M.
"Genetic Processes in Populations Exposed to Ionizing Radiation"
Moscow, Uspekhi Sovremennoy Genetiki, No 4, 1972, pp 170-205
Abstract: The article is a review of experimental and theoretical stuOics
concerned with the effects of radiation on populations and biocenoses. It
summarizes and syste-matizes. the. pkiblislie(l data and the authors' long-term
observationg on the genetic processes that take place in popu.lat~fon!; cliron-
ically and protractadly exposed to radiation. It also axamitios and discusses
the procutsges at work in populaLions of unicellular orpanisms (microalgae),
higher plants, and mapmals. The genetic adaptation of populations to chronic,
protracted radiation is discussed, 13 tables, 13 illustrations, bibliography
of 7 references.

USSR UDC 621.039.59(07S.8)
SHEVCHENKO, V. B., Khimicheskava 'rekhnologiya Obluchennogo Yadernogo Goryu-
chego. Moscow, Atomizdat Press, 1971, 448 pages.
1. Brief Historical Outline 5
2. Branches of Industry in Production of Nuclear Energy 10
3. Subject and Content of the Course of the Chemical Technology of
Bombarded Nuclear Fuel 10
Bibliography 12
Chapter 2. Chemical and Physical-chemical Properties of 1--he Actin 4des 12
4. Position of the Actinides in the Periodic Table
5. Some Chemical Properties of the Actinides and nicir Status in
Aqueous Solutions 16
5.1. Valent States 16
5.2. Oxidation-reductioii Properties and Potentials 19
5.3. Comparison of Rates and Mechanisms of Oxidation-Reduction
Reactions of U, Np,and Pu 28
5.4. Hydrolysis 30
5.5. Complex Formation 32
Dib 1 iography 38
Chapter 3. Charactcristics of Nuclear Fuel 38
6. Principles of Production of Nuclear POWer 3 8
7. Nuclear Reactors 40
7.1. Camiercial Re: for the Production Of 40
21/9 29

USSR UDC 621.039.59(p75.8)
SHEVCHENIKO, V. B., Mimicheskaya Te"hnologiya Obluchennogo Yadernogo Goryu-
chego, Moscow, Atomizdat Press, 1971, 448 pages.
20. Critical Masses of Fissionable Materials 98
21. Storage and Transportation of Bombarded Fuel Elements 103
22. General Characteristics of Methods of Processing Bombarded Fuel 105
Bibliography 107

Part
II. Aqueous Methods of Processing Bombarded
aterials
Chapter 5. Dissolution of Bombarded NucleAr Fuel 108
23. Mechanical Methods of Processing iof Fuel Elements 108
24. Chemical Methods of Removal of Envelopes 112
25. Dissolution of Nuclear Fuel 117
26. Removal of Gaseous Products During Dissolution of Fuel Filaments 125
27. Apparatus Used in Processes of Dissolution of Fuel Elements 127
29. Preparation of Active Solutions for Subsequent Processes 131
Bibli ography 133
Chapter 6. Precipitation Technology for Processing of Acti%e Solutions 133
Introduction 133
30. Coprecipitation 134
31. Bisauth-Phosphate Process of Separation of P lu ton-lum 138
V2. Lanthan= Sulfate Process 140
Other Technological Processe:~ Used in Processirg of ActAve
Solutions with Preciritation 141
4/9
30

39.59(075.8)
Ussp, UDC 621.0,
SHEVCHENKO, V. B. 13iimicheskaja Tekhnologiya Obluchennogo Yadernogo Gor yu-
chego, Moscow, Atomizdat Press, 1971,448 pages,
Bibliography 142
Chapter 7. Extraction Technology for Processing of Active Solutions 14-,
34. Introduction 142
35. Selection of Extracting Agent and Diluting Agent for Processing
of Solutions of Bumbarded Nuclear Fuel 145
36. Use of TBP (tributy.1phosphate) for FrocassIlig of Domburded Nuclear
f Uranium and
37. Physical and Chemical Principles of Extraction o
i
Plutonium with TBP 154
38. Behavior of Fission Products During TBP Extraction 164
39. Separation of Uranitmi and Plutonium by TB11 Extraction 169
40. Use of TBP for Processing of Fuel Elements Based on Highly
Enriched Uranium 180
41. Ilse of TBP for Separation of Thorium and Uranium-.233 184
42. Use of Other Types of- Organic Compounds for Processing of Boin-
barded Nuclear Fuel 190
43. Apparatus Used in Extraction Processes with Solutions of Bun-
barded Fuel 201
Bibliography 212
Chapter 8. Sorption Methods of Processing Active SolutJons 213
44. Basic Regularities of Sorption of Actinides on Cationites and
Anionites 213
S/9
TIT
A'. I WHO; 11 P .111;11 1i:i- I I WIMI.H.1,111 I

USSR UDC 621.039.59%(01'5.8)
SHEVCPINKO, V. B., Khimiches'kaya Tekhnolo giya Obluchennogo Yadernogo Goryu-
chego, Moscow, Atomizdat Press, 1971, 448 pages.
4S. Effects of Radiation on Ion Exchange Resins 220
46. Use of Ion Exchange for Processing of Active Solutions 223
47. Use of Ino'rgzraic Sorbents for Processing of Active Solutions 225
Biblio&aphy 227
Part 111. Refining and Metallurgy of Secondary Nuclear Fuel
Chapter 9. Refining of Plutonium 228
48. Extraction Refining 228
49, Sorption Refining 242
50. Precipitation Refining 248
51. Production of Plutonium Dioxides 253
Bibliography 258
al lurgy of Plutonium
-Chapter 10. The Met,
259
52. Physleal and Chemical 11ropert'llo-1- of Metallic Plutonium 251)
53. General Characteristics of Methods ofilroduction of Plutonium 262
54. Met.-dlothermic Reduction of Plutonhim Fluorides 269
55. Metallotheniiie Reduction of PuCl 3 280
56. Processing of Plutonium-containing Wastes 285
Bibliography 290
6/9

USSR UDC 621.039.59(075.8)
SHENCUENKO, V. B., Khimicheskaya Tekhnologiya Obluchennogo Yadernogo Gorvu-
chego, Moscow, Atom; zdat Press, 1971, 448, pages.
Chapter 11. Regeneration of Uranium and Thorium. Refining of
U-ranium-233 290
57. Regeneration of Uranium 290
58. Regeneration of Thoriwn 297
S9.- Refining of Uraniuni-233 302
Bibliography 303
-Part -IV. Nonaqueous Methods of Processing Bombarded Materials 304
Chapter 12.- Processing of Fuel Elements by Sublimation of Halides 307
60. Characteristics of Basic Properties-of Fluorides of Uranium,
1 and. Fission Products.
Plutonium, Envelope Material
s 307
,
-
61. Use of Halogen Fluorides for Fluorination and Dissolution of
Bombarded Fuel Elements 309
62, Fluorination in Salt Melts 313
63, Fluorination of Fuel Elements with Elementary Fluorine 324
64. Use of Chlorination for Processing of Fuel Elementi; 330
65. Separation of Uranium Hexafluoride ahd Plutonium Hexafluoride 335
66. Separation of Uranium and Neptuniura 11exafluorides 344
67. Methods of Purification of Uranium flexafluoride of rission Pro-
duct Impurities 347
7/9

USSR- UDC 621.039.59(07568)
SHEVCHENKO, V. B., kChimicheskaya Tekhnologiya. Obluchennogo YadeTnogo Gor yu-
chego, Moscow, Atomizdat Press, 1971, 448 pages.
68. Combined Methods of Processing Bombarded Nuclear Fuel 356
Bibliography 360
Chapter 13. Pyrometallurgical Methods of Processing Bombarded Nuclear
Fuel 360
Bibliography 360
Part V. Processing of Radio-Chemical Production Wastes 367
Chavter 14. Extraction of Tians-Uranium Elements and Hssion Products
fr6 Radio-Chemical Production Wastes 367
69. General Information 367
70 Areas of Application of Actinides and Possibilities of Industrial
Use 368
71. Extraction of Neptunium and Plutonium 372
72. Extraction of Amerisium, Curium,and other Trans -plutonium Elements 381
73. Extraction of YlsaimProducts from Radioactive Wastes 394
Bibliography 399
Chapter 15. Processing and Storage of Radioactive Wastes 400
74. Classification of Radioactive Wastes 400
75. Characteris tics of Radioactive Wastes 401
76. Methods of Procassinp Liquid Ifigh-Activity Wastes 406
8/9
Hill
Illit'llp-I 1111 fill wm~x'ilf lvolu~[ vi!l f A11:1 d !ill 1.1;

USSR UDC 621.039.S9(07S.8)
SHEVCHENKO, V. B. , Mimicheskaya Tekbnologiya Obluchenr.logo Yadernogo Goryu-
chego, Moscow, Atomizdat Press, 1971, 448,pages.
77. Methods of Processing Liquid Medium- and Low-Acti.vity Wastes 422
78. Methods of Processing Gaseous Radioactive Wastes 431
79. Methods of Processing Solid Radioactive Wastes 434
80. Storage of Radioactive Wastes 436
Bibliography .438
Conclusions 438
Subject Index 440
9/9

4
UDC 2 613546-799-3
-KO, V
ZAIMARKIN, B, S., ZEDIMMMNj V. I@, and SUMM' B,
"Amine Extraction of Neptunium (IV) frovi Nitrate Solutions"
Leningrad, RadiokJiimiya, Vol 12, No 4, 1970, PP 577-581P
Abstracts The authors investigated the extraction lroly:rtior, of ardnes of
v ious structures with respect to the nitrate of tetr,*valent neptunium using
the isotope NP-23%, Spocimenr, were prepared by irradiitting, uranAum diafide.
Aftex irradiation and aging, the uranium diaxide pmdor tras �-I.s3olved in 1-5
X nitric acid. Neptunium was isolated from the solution by amine extrac-
tion. The nature of the gamma spectrum and rate of decay irore used to check
purity. Primary aliphatic, secondary aliphatic and al-iphatic-arom tic, and
tertiary aliphatic-aromatic and aliphatic amines were nsed. 11-'asically, 0.1
solutions of the amines in m-xylene ifere prepared. To form vionoitrates of the
amines, the organic solutions ii-ere treated vith nitric acid ir. equimolar
quantities. The neptu:iiu.,a wans stabilizod in the totravalent state by ferrous
nitrate in hydrazine or by hydrazine alone with the apladcation of he-at in a.
4-6 1,11 rd-trate solution for one hour at 800C. The distribution coefficients
of neptuniu;-. -,iere studied during re-extraction, thus elindnatin.- possible
errors dur. Lo ineictractable form 11bing of phases ras donu for five minuts-
s.
at 20+20C. Diffusion coefficients were calculated from the ratio of the pealcs
1/2

USSR"
ZAV.ARKD., B. et al,, o1thimiya, Vol 12, No 4, 1970, PI:, 577-584
corresponding to the gamma line of INP-239 at 87 Kay- The accuracy of the method
ity. -om three to five
Lor a single determination is +0.30% with 0.95 reliabil ITI
determinations were made* The variation in the extraction properties of the
amines studied is explained from the standpoint of the basicity of the amines
as Well as the polarity of the salts which they foi
2/2

112 019 UNCLASSIFIED Plt.OCES-brNG DATIE--27NOV70
TITLE--PREPARATION OF BLOOD ABOARD SHIPS -U-
N.N., SHEVCHENKGv V.D.s KALEKOt P.
-COUN INFO--USSR
WRY OF
-...SOURCE--VOENNO-MED ZH 1. 62-64.11LUS. 1970
DATE PUBLISHED ------- 70
'SUBJECT AREAS-BIOLOGICAL AND MEDICAL SCIENCES
.TOPIC TAGS--BLOOD PROTEINt BLOOD TRANSFUSION, SHIP AUXILIARY EQUIPMENT
:CONTROL MARKING--NO RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
PROXY REEL/FRAME--3009/0133 STEP NO--i!R/0177/i'010011/000/0062/0064
CIRC ACCESSION NO--AP0139003

212 019 UNCLASSIFIED PROCESSING DATE--27NOV70
CIRC ACCESSION NO--AP0139003
ABSTRACT/EXTRACT--(U) GP-0- ABSTR,AICT, SCHEMES FOR ORGANIZING THE
COLLECTION AND PREPARATION OF BLOOD ABOARD VARIOUS TYPE SHIPS ARE
PRESENTED. COLLECTION TEAMS OF 5, 9, AND 11 PERSOINS ARE RECOMMENDG0
WHEN HANDLING LESS THAN 40, 41-30, AND GREATER TH,!,N 80 DONORS,
RESPECTIVELY* T H EESE SCHEMES WERE P2ACTICAL, ANO'iSLUDO THUS COLLECTED
:HAS BEEN USED TO PREPARE BLOOD PROTEIN HYDROLYLAT.Ctr BUT IS ALSO SUITABLE
FOR TRANSFUSION WITH NO COMPLICATIONSe
t 11ILC L A c

-------- -- --- ----
"USSR
NDVPIK, 0. F., XORNIIDT, YE. A., KOLYADA, YU. YE., SHAPIRO, V. D., and
SHEVCHE1,',KO, V. I.
"Electron-Beam Excitation of Low-FTequency Oscillations in a Hot Plasma Con-
fined by a Mirror Yachine"
Leningrad, Zhurnal Tekhnicheskoy Fiziki, Vol 42, No 10, Oct 72, PP 2056-2o61
Abstracts The article describes results ofa study of the interaction of an
electron bean with a hot plasma in a mirror machine and the heating of the
lasma by ion-sound oscillations excited by the beam. The results indicate
P
the followings
1. An electron beam effectively interacts with a hot plasma, exciting
ion-sound instability.
2. Scattering of the beam electrons by the ion-soimd oscillations and
their MDture by the mirror rzchine can result in the creation of large elec-
trostatic potentials, the presence of which causes the appearance of centrif-
ugal instabilities,
1/2

US-S R
KDVPIK, 0. F., et al., Zhurnal Telchnicheskoy Fiziki, Vol,42, No 10, Oct 72,
PP 2056-2061
3o Effective ion heating is possible in the interaction of an electron
bea.m with a hot plasma4
The authors thank YA. B. FAYNBERG for the suggested subject and for
ts and
discussIng the work, S. M. KRIVORUMKO for helping In the measurenen.
La I* BOIDTDI for his interest in the work..
2/2
1.11 1 11 um 4
drhi Iff,
UH

USSR
KORNUTA, P. P., and., SHEVCHEIII&OV-S. I.,
L
:Academy of Science's-70-aGlan SSR
UDC 546-185
Institute of Organic Chemistry; Kiev
"Phosphorylation of Dinitriles of Disubstititted Malonic Acids"
Leningrad, Zhurnal Obahchey Khimii, Vol 40, No 4, Apr 70, pp 788-791
Abstract: Dinitriles of disubstituted malonic acids react with phos-
phorus pentachloride to form only acyclic compounds.
RIC(CN), R2C(CN)2 - ' PCIS (F1SC(CN)CC1=NP013j-PC17
r12C(CN)CC12N=P0)j+PCJj
It ra Alk, Cf..
1/2

USSR
KORNUTAJ P. P., and SHEVCHENKO, V. I., Zhurnal Obshchey Khimii, Vol
40, No 4, Apr 70, pp 788-791
Compounds (I), (II) or (III) are obtained depending on the reaction
conditions and the nature of the R radical. Complex compounds (1)
are comparatively readily converted to hexachlorophospliorates of N-
trichlorophosphoniumdialkylcyanoiminoacetic acid chlorides (II) and
trichlorophosphazo-151-dichloro-2-eyanoalkanes (111). The authors
thank A. V. KIRSANOV for his advice and assistance*
2/2

UDC 546.185
SHEVCHENKO, V. I., KOVAM, A. A., and PISANENKO, N. P.
"Phenoxylation of Trichlorophosp hazo-lolt2,2-tetr4ichloroalkanea and
N-Dichlorophosphonyl-2,2-dichloroiminocarboxylic Acid Chlorides"
Leningrad, Zhurnal Obshchey-Khimii, Vol 40, No 5, May 70, PP 1005-1010
Abstract: Trichlorophosphazo-1,1,2,2-tetracliloroa-lkanes react with
pFe-nols at 80-1300 to give triaroxyphosphazo-1,1,2,2-tetrachloroal-
kanez, wrdch split at- 130-1700 into 2,2-dichloroca!rboni.triles and tri-
aroxydichloropno3pliorus. Triaroxyphosphazo-1,1,2,2-tetrachloroal-
kanes are hydrolyzed with water to give 2,2-dichlorocarbonitriles and
triaryl phosphates. The same compounds are obtained by the interac-
tion of trichlorop,iosgbazo-1,1,2,2,-tetrachloroalRares with an excess
of phenols at 130-170 - 4-dichlorophosplionyl-2,2-dicl~loroiminocar-
boxylic acid chlorides react iwitlh phenols in the presence of triethyl-
amine or with sodium arylates to give aryl esters of N-diaroxyphos-
honyl-2,2-dichloroiminocarboxylic acids, wiiich are readily hydrolyzed
P
1/2
56

USSR
SHEVCHENKO, V. I., et al.t Zhurnal Obshchey Khimi,i, Vol 40, No 5, May
70, PP 1005-1010
with water or atmospheric moisture to give stable diaryl esters of
2, 2-dichlorocarbacylamidophosphoric acids*
The authors thank A. V. KIRSANOV for his Advice.
2/2
T7 TT-- -F 1
fli iV -il

USSR UDC: 8.74
0 V. F.
U~VCHIaK,
Isolating Nonhonogencity Sections of a Random Function by the
Fisher Test"
Lb. n.-i. geologorazved. neft. in-t (Works of the West
Tr. Zap.-S.L
Siberian Scientific Research Institute of Geological Petroleum
Prospecting), 1972, vyp. 55, pp 212-214 (from RZh-Kibernetika,
No 10, Oct 72, abstract No 1OV654 [author's abstract])
Translation: A standard program in ~Minsk-22 codes. The prograr.-i
is designed for isolating nonhomogeneities of a randon function
by comparing the variances of two neighboring intervals. The
length of the comparison interval must be selected equal to
the assumed extent of the sections of disruption of homogeneity.

USSR UDCz 518:517.948
TIKHONOV, A. N.,jHqCHENKO, V. G., ZAIKIN, P. N., ISHEILANOV, B. S.,
MECHENOV, A. S.
"Calculating the Cross Section of a Photonuclear Reaction From Experimertal
Information"
Moscow, Vestnik Moskovskogo Universiteta: Ser. III, Fizika, Astronomiya,
Vol 14, No 3, May/Jun 73, pr 317-325
Abstract: Tbe authors examine certain questions of computer calculation
of the numerical value of the cross section of a y-hotonuclear reacticn
o(k) in accordance with an indirect phenomenon -- the yield of emission
products of the reaction Y(E). The paper describes a mcdification of the
Penfold-Leiss method with oaremetrizaticn of the working step. Also de-
scribed is a regularizing algorithm in which the sampling criterion is
the degree of smoothness of the approximation. Model problems are Dre-
sented to illustrate the effectiveness of using these algorithms.
W", iN

112 015 UNCLAS-SIFIED )CES:STNG DATE--160CT70
.TITLE--PHOTOPROTON CROSS SECTIONS FOR NUCLEI WITH OF-M SHELL -U-
-:AUTHOR-(05)-ISHKHANOV, B.S., KAPIT0NOVr I*M.t PISKAREV, I.M., SHEVCHENKO,
V SHEVCHENKO, O.P.
CA.N"TRJY OF INFO--USSR
~.SOURCE- YAD. FIZ, 1970v 11(3), 485-~91
.tDATE PUBLISHED ------- 70
1.,-SUBJECT AREAS--lNUCLEAR SUENCE AND TECHNOLOGY, RRYS IC-. S
:TOPIC TAGS--PHOTONUCLEAR REACTION, PROTON SPECTRUMt EXCITATION CROSS
~SECTIONi
INTEGRAL CROSS SECTION, NICKEL ISOTOPct ChROMIUM ISOTOPE
.CONTROL MARKiNG--NO RESTRICTIONS
~~VOCUMENT CLAS.S-'-UNCLASSIFIED
-PROXY REEL/FkAME--1991/1053 STEP
ACCESSION NO--AP0110743
UNCLASSIFIED
1:7 ll."l-

12/2 015
UNCLASSIFIED PRCCESSING DATE--160CT70
ACCESSION NO--AP0110743
ABSTRACT/EXTRArT--(U) GP-0- ABSTRACT. THE PHOTO-p ritoSS SECTIONS WERE
"It AND PRIME60 NE FROM THRESHOLD TO 30
MEASURED FOR PRIME52 Ck, PRIME5B
MEV. THE P WITH ENERGIES GREATER THAN I NIEV WERE REGISTERED. A NO. OF
MAX. WERE FOUND. THE INTEGRAL CROSS SECTIONS FOR PRIME52 CRt PkIME58
AN01ALOU LY
~NIv AND PRIME60 NI WERE 24095701 AND 320 MEV-MBt RESP. THE f, s
HIGH VALUE OF THE PHOTO-P PRODUCTION CROSS SECTION FOR PRIIME58 lqli AS
WELL AS THE SHIFT OF THE CENTERS OF GRAVITY FOK THE PHOTO-P CROSS
SECTIO14S TOWARU HIGHER EXCITATION ENERGIESt AS CCf-ePARED TO THE PHOTG-N
CROSS SECTION WHICH WAS OBSERVED FOR PRIME51 CR AND PRIME&O NI, CAN BE
EXPLAINED BY THE INFLUENCE OF THE ANALOG STATES. FjlCILITY: INST.
,~-~-~YAD..FIZ.t MOSK. GOS. UNIV.i MOSCOWi USSR.

UNCL ASr it
PROCESSING DATE
rITLE-GIANT DIPOLE RESONANCE ON NICKEL (SUTOPES -U-
AUTHOR-(05)-GORYACHEVi B-I*v ISHKANIOVV B.S*p KAPITONOV, I-N.t 15:,,"
1.0tev 'A~~Kov V*G.
INTRY OF INFO--USSR
C
OL
SOURCE--YAD. FIZ. 1970t Ili2)t 252-9
DATE PUBLISHED ------- 70
SUaJ~ECT AREAS --~-_UUC LEA P,..S C-1 E N C.E-.AN 0 T-ECHDIOLOGYr PHYSICS
'TOPIC TAGS--NICKEL ISOTOPEt INTEGRAL CROSS SECTIONI.PARTICLE PRODUC-floN'
CONTROL MARKING--NO RESTRICTIONS
DOCUMENT CLASS-UNCLASSIFIED
PROXY,REEL/FRA14E--1980/0367 STEP NO--Ug/0367170/011^/002/02;,:4,0--,,::-
CIRC ACCESSION NG--AP0048639
UNCLASSIFIED

2/2. 009 UNCLASSIFIED PROCESSING DATE-160C7170
.-CIRC ACCESSION NO--AP0048639
ABSTRACT/EXTRACT--(Uj GP-0- ABSTRACT, THE EFFECTIVE CROSS SECTIONS 0~
PHOTO N PRODUCTION FOR PRIME58 NL AND PRIME60 Ni IN THE DOMAIN OF THE
GAINT DIPOLE RESONANCE ARE DESCRIaED. JHE INTEGRAL CROSS SECTION U? TO
30 AEV IS 310 FOR PRIME58 NI AND 620 MEV-MB. FOR PRIME60 N1. TOTAL
ABSORPTION CROSS SECTIONS FOR THE ISOTOPES ARE CONSTRUCTED AS THE SUi'lS
OF THE PHOTO N AND PHOTO P CROSS SECTIONS. THE VALUES 00 NOT AGREE
WELL WITH THOSE COMPUTED BY VARIOUS ROUELS FACILITY: INST.
YAD. FIZar MOSCOWt USSR.
UNCLASSIFIED

---112 015 UNCLASSIFIED: PAOCIESSING DATE--090CT70
e.TjTLE- PHOTO P ROTON S FROM THE BORON 11 NUCLEUS -U-
.,AUTHOR- (04)-SOROKIN, YU.I., SHARDAINIOVs A.KH.r S~~NKOt V.G., YUREV,
-COUNTRY OF INF(J--USSR
,SOURCE-YAD. FIZ. 1970, 11(l), 8-18
':D-ATE PUBLISHED---70
.SUBJECT AREAS--PHYSICS
-.TOPIC TAGS--PHOTONUCLEAR REACTION, PROTON SCATTERING, BORoN ISOTOPE,
BRE145STRAHLUNG, ANGULAR DISTRIdUTIDNt PROTON SPECTRUM, EXCITATION GROSS
~SECTION
"CUNTROL MARKING-NO RESTRICTIONS
~OUCUMENT CLASS--UNCLASSIFICD
PAOXY REELIFRAML--198010170 SUP Nfl--UR/036'1/10/011/001/0k')Oi/0018
CIRC ACCESSION INO--AP0048468
UNCLASSIFIED
munTwir"

2i'?- 015 UNCLASSIFIEO PROCESSING DATE-090CT70
_.CJKC ACCESSION ND--AP0048468
.ABSTkA(:T/EX1'RACT--IU) GP-0- ABSTRACT. THE ENERGY DISTR16UTIONS OF PHOTO
P EMITTED FROM PRIMEll B NUCLEI, EX.POSED TO THE 16.5- AND L8.5-MEV
BREMSSTRAHLUNG AND THE PHOTO 13- ANGULAR DISTRIBUTION AT .18.5 MEV WERE
MEASURED. THE P WERE REGISTERED IN NUCLEAR PHOTOPLATES. IN THE PHOTO P
SPECTRA A GREAT NO- OF MAX. WAS OBSO. THAT WERE DUE TO THE EXCITATION OF
LEVELS OF THE PRIME11 B NUCLEUS IN THE ENERGY REGION 12-18.5 MEV. THE
CROSS SECTIONS WERE OBTAINED FOR THE REACTION PRIME11 BIGAMMAt P)
PRIME10 BE WITH THE FINAL PRIMELG BE NUCLEUS IN THE GROUND STATE AND IN
THE IST EXCITED STATE. THE RADIATION WIDTHS OF THE 0850. LEVELS OF
PRIME11.8 WERE ESTD. THE ANAL. OF THE RESULTS ENABLES UNE TO DEDUCE
-INFORMATION CONCERNING THE MULTIPOLARITIES OF TIIE GAMMA TRANSITIONS As
WELL AS SPINS AND PARITIES OF THE EXCITED-STATES QF.THE PRIMEll B
~NUC'LEUS, FACILITY:' INST~''Y'AD~_ MOSK',~ GOS. UNIV."-, ROSCOlit
USSR.

USSR UDC 546.185
KOSINSKAYA, I. M., PINCHUK, A. M., and SHEVCWENKO V I. Institute of Organic
Chemistry, Ukrainian Academy of Sciences,
"Phosphorylation of Cyanamides"
Leningrad, Zhurnal Obshchey IMimii, Vol 41, No 11, Nov 1971, pp 2,396-2,398
Abstract: High reactivity of the triple bond of the nitrile group has been
found characteristic of compounds of type R-X-M (X - 0, S, NR) , and it is
also known that the cyanates and thiacynates readily add pho!iphorus penta-
cliloride at; the nitrile group. The authors demonstrate experimentally that
the dialk-ylcyanamides and aroyleyanamides also readily add phosphorus penta-
chloride in the siurc way. The dialkylcyanamides., depending on the reagents
twed, are tran!Jormed Into the- acid chlorides, of
phosphoiminacarb=inic acids; the aroy I cyanamf des, from hf-~.Y.~ieli:]-oroptiosphoratc-,
yield the acid chlorides of (N-aroylimino)trichloi-ophosl)'-Lazoearbonic acids.

USSR
UDC 546.185
KORNuTA, P. P., KALENSKAYA, A. I., and SHEVCHENK0 V I Institute of
Organic Chemistry, Ukrainian Academy of-SCie-nces-
Phosphorylation of 1,1-Dicyano-2-Aminoalkenes-1"
Leningrad, Zhurnal Obshchey Khimii, Vol 41, No 11, Nov 1971, pp 2,390-2,395
Abstract: Follaiing the authors' recent proof that 1,1-dicyano-2-amino-2-
arylethylenes react with phosphorus pentachloride at the amino and dicyano
groups to form cyclic compounds, the corresponding reactions of 1,1-dicyano-
2-aminoalkenes-1 were studied. Seventeen different 1,1,5-trichloro-4-cyano-
3-alkyl-1,2,6-phosphadiazines were produced in this way from the corresponding
aminoalkenes. Phys i co- chemical data for the end-products, yields, and pro-
cedural details, are given.
1/1

USSR
UDC 546.185
KOSINSKAYA, I. M., PINCHUK, A. M., SHEVCHENKO V. I. and BESPAL'KO, G. K.
!'~ 2
"Phenyldichloro- and Diphenylchlorophosphazocyanoalkat-ies"
Leningrad, Zhurnal Obshchey Khimii, Vol 43 (105), No 9, Sep 73, pp 1903-1906
Abstract: Replacement of one chlorine atom by a phenyl radical in tri-
chlarophosphazocyanoalkanes does not prevent their corLversion to tricyclic
compounds in a reaction with hydrogen chloride, but lowers drastically the
thermal stability of the products. The presence of two phenyl radicals in
the phosphazo group stops completely the conversion of the phosphazocyano-
a1kanes into tricyclic-compounds.
- 35

USSR UDC-- 547.944/945
BANIKOVSKAYA, A. N., �FETCU2Mj V. I.., BANIKOVSKIY, -A. I., VECHKANOVA, L. D.,
KABANOV, V. S., All Union Scientific Research Institute of Medicinal Plants
"Ergovalide -- a New Alkaloid From Ergot Spurs"
'cent, Khimiya Prirodnykh S
TaW oyedineniy, No 1~ 1973r p 134
Abstract: Paper chromatography was used to isolate a new alkaloid from ergot
spurs. The base has empirical formula GZH26004, a melting point of 152.2-
1540C (from methanol), Z,-~120 -0.800 ( c 0.47, chloroform), Y 366 (mass-
spectrometrically determinRd), and has been najr~ed "ergovalide". Cheraical,
Uv, MR and mass spectral analysis suggest that the base has the structure
of 11 lysergylvalylamide.
1A

USSR UDC: 533-951
INDYKUL, V. P. and SfEVCHEITKO, V. I.
"Instability of a Cyclotron Wave of Finite Amplitude"
Kiev, Mxcrainskiy Fizicheskiy Z,hurnal, No 8, 1973, pp 1287-1300
Abstract: This paper considers a . circularly Imlarised i.,,,ave pro-
-pa,pated along an external cyclotron magnetic fieldi one of the
waves transmitted'by resonant plasma particles. The analysis be-
gins with 5he kinetic equation for electrons. 1-The solution to a
system of equations determining the trajectories of' the particles
in I
the phase space in the circularly polarized wave is found. T_Jhe
authors limit themselves to the case in which tJ-ie wtive -..mplitudes
are comparatively low. A determination is natdo, of t-he distribu-
tion function of the resonant particles affected by the fundamental
wave. Conditions for the excitation of the "Violet satellite" and
"red satellite" are discussed. It is shown that the instribility of
the cyclotron wave is the result of the intertaction of "whistlers"
with particles cai)tured by the fundamental wave. The authors ex-
press their thanks to V. D. Shapiroifor his assistance and advice.

Titanium
USSR UDC: 669.29S.017-.669.295:548.53
ALFEROVA, N. S., PV1
W - , All4nion Scientific Research and Design
&gineering Institu~
te of the Pipe Industry
"Influence of Degree of Deformation on Recrystallization of Titanium Alloy"
Metallovedeniye i Termicheskaya Obrabotka Metallov, No 9, 1973, pp 52-57.
Abstract: This work studies the influence of the nature of cold-deformed struc-
ture of a metal on the mechanism of recrystallization, as well as the dependence
of structure on the degree of cold deformation. Studies were performed on
technically pure alpha titanium (VTl) and thermally unstable beta-titanium
alloy VTIS (3% Al, 6.5% Mo, 10.5% Cr). The data produced confirmed that
the degree of deformation influences not only the size of the recrystallized
grains, but also the mechanism of recrystallization. The dependence of the
recrystallization process on degree of deformation is apparently related to
peculiarities of the accumulation of free energy upon deformation. With com-
paratively slight degrees of deformation, the surface energy of grain boundar-
ies increase primarily due to local increase in dislocation density and dis-
ruption of boundary segregations. As the degree of deformation is increased
above the critical level, the grains are broken into fragments and blocks,
1/2

USSR
Alferova, N. S., Shevchenko, V. I., Metallovedeniye i Termicheskaya Obrabotka
Metallov, No 9, 1973, pp 52-57.
which during an~iealing form centers for primary recrystallization. Increasing
the degree of deformation still further increases the crushing of the grains,
increasing the level of free energy and reducing the activation energy of the
recrystallization process, correspondingly decreasing the recrystallization
temperature. This dependence of the mechanism of recrystallization on the
degree of cold deformation apparently holds- true for other cold-deformed
metals and alloys as well.
2/2

USSR UDC 546.185
YOKIM, P. P., KALENSKAYA, A. I., LOBiNNOV, 0. P., and
Institute of Organic Chemistry, Academy of Sciences~ UkrSSR
"Phosphorylation of Monocyanoaminoethylenes"
Leningrad, Zhurnal Obshchey Khimii, Vol 43(105), No 2, Feb 73, pp 261-267
Abstract: 1,1-Dicyano-2-aminoalkenes react with phosphorus pentachloride
forming cyclic phosphorylation products -- 1,1,5-trichlaro-4-cyano-3-R-1,
2,6-phosphadlazines. In contrast, monocyanoaminoethylenes which are
capable of cis-trans isomerization react with phosphorus pentachloride
in two ways forming acyclic trichlorophosphazo-1,2-dialkyl(diaryl)-2-
cyanoethylenes and cyclic 1,1,5-trichloro-3,4-dialkyl(diaryl)-1,2,6-
phosphadiazines. Monocyanoaminoethylenes are much more reactive than
dicyanoaminoethylenes. The latter react with phosphorus pentachloride
at 80* and higher, while the monocyanoaminoethylenes react already at
20-25', slightly exothermally. Acyclic trichloropho~uptiazo,--yaiiaethylenes
isomerize in the presence of HCl to cyclic phosphadiazines.

USSR
UDC 546.185
PINCHUK, A. M., KOSINSKAYA, I. M., and r Institute of
Organic Chemistry, Academy of Sciences 0. R=eUk"raini-an SSR
"Dimerization of Trichlorophosphazocyanoalkanes"
Leningrad, Zhurnal Obshchey Khimii, Vol 42(104), No 3, Mar 72, pp 522-526
Abstract: Trichlorophosphazocyanoalkanes undergo an addition reaction with
a mole of hydrogen chloride to form 2,2,5-trichloro-4,4-dialkyl-2-phospha4--
midazolinium oxides which, when heated and treated with triethylamine or
phosphorus Dentachloride, eliminate a mole of hydrogen chloride, forming
a mixture of tric'silorophosphazocyanoalkanes and 2,2,4,7,7,9-hexachlorc-5,
5,10,10-tetraalkyl-1,3,6,8-tetraaza-2,7-diphosphatricyclo[5,3,0,02,61-
decadienes-3,8. The yield and thermal stability of the latter decreases
with an increase in the volume of the alkyl substituents associatec: with
the nitrogen atom.
L ~13

USSR UDC: 533.9
ABM40VICE, V. U. and S_ CEE14
"Nonlinear Theory of Dissipative Instability of a Relativistic
Beam in a Plasma"
Kiev, Ukrainskiy rizicheskiX 2hurnal, vol 17, 1,1.o 2, 1972, PP 329-
332.
Abstract: There is a great deal of interest in investigati-n- the
interaction of a relativistic beam of charged particles u-ith a
dense plasma, particularly with regard to the study of the dis-
sipative instability of the beam when. the plasma is the result'
of the situation v > 8 , where V is the collision frequency and 8
the beam instability increment. This paper iiri-estigates the
quasilinear approximation to the beam relaxation in~ikhc develop-
ment of the instability, for the case of (o ~~V>>~ , urhere the
frequency op is a function of the plasma d9;;E;ity. It is assumed
thai in the region of the wave numbers Wc. miany li-.,trmonics are
lost. Equations of the qvaoiliriear approximation bore thereloore
used to investigate the nonlinear stage of the instability de-
velopment. The unidimenoional case corroopond*,Lng, to the pre;uence

7.
USSR
AB=40VICH.' V. U., at al., Uluainskiy Azicheskiy Zhurral, vol 17, NO 2)
1972) T)p 329-332
of a strong exte~rnal mgnetic field directed parallel to the bean velocity
vector is considered, and the question of -the excitation of a three-dirensional
spectrum, of oscillations is analyzed. The authors are connected wiu-i the
Physic o-tecimical institute, Ukrainian SSR Academy of Sciences, at P-harkov.

USSR UDC 1~17.91i6
fIENKO
"Formula far the Index of a Problem of the DireCil-iOWL1 De,-vivative Typitj for a
System of Two Harmonic runctions With Three Independent Variables"
Kiev, Matematicheskaya rizika, No. 10, 1971, pp 112-119
Abstract: A previous work of the author is extended -and a rigorous proof is
given for a formula previously announced for the index K of the boundairy value
problem of the directional derivative t~q)e for a systimi of tiTo harmonic
functions
K 2a, (1)
where a is the rotation of the vecto'? field
{P-J, q-V, (P q) -Vj, (2)
defined in terms of the coefficients of the boundary conditions, of -the problem.
In the above formula the dot and cross denote scalar and vector products of the
vectors,and v is the unit vector of the internal noruial to the surface IS at the
1/2

USSR
SHMIMIKO, V. I., Matematicheskaya Fizika, No. 10, 1971, pp 112-119
point y. It is sho;s-n that the field 2 can also be defined in terms of the
second pair of vectors r and s. a(Ois also determined for the second-order
symbolic matrix T(T). The proof used is the ideas of S.'G. Mikhlin and essen-
tially hinges on the homotopic classification of boundary value problems of
this type that was given previously by the author. Certain consequelices of
the formulas are discussed.
2/2

USSR UDC 546.185
ULIBAB
EKKO V._I., K A, N. K., KIRSANOV, A. V.
"Phosphorylation of Aromatic Cyanates"
Leningrad, Zhurnal Obshchey Khimii, Vol XLII (CIV), No 1, 1972, pp 102-105
Abstract: The interaction of cyanates with phosphorus pentachlorides does
not stop in the stage of formation of hexachlorophosphorates (III) but pro-
cedes farther with the formation of hexachlorophosphorates of tris-N-(aroxy-
chloroLiethylenimino)nicnochlorophosphoniums (IV) which are also the final
products of the reaction:
ArOCN + Pei (ArOCCI-NPCI +Pei- ArOCN.. [(A,OCCI=N) Pei ]+Pei-
5 3 6 2 1 2
III ArOCN
[(ArOCC1:=N) PCII+PCI-
COAr 3 6
S// N IV
aL us, COAr
1/2

USSR
SHEVCHENKO, V. I., et al., Zhurnal Obshchey Khimii, Vol XLII (CIV), No 1, 1972,
pp 102-105
The aromatic cyanates react with phosphorus pentachloride with a mole
ratio of 1.5:1 or with excess cyanate with the formation of (IV). The latter
react easily with sulfur dioxide with the formation of tris-11-N(aroxychlorometliy-
lene)triamides of phosphoric acid (V):
[(Ar0CCl=N) PCI]+PCI- + 2S0 2SOCI + POCI + (ArOCC1=N) PO
3 6 2 2 3 3
V
On interaction of (V) with analine, tris-,;-(aro%yphL~nylaminomet~lylene)
triamides of phosphoric -.cid (VI) are f ormed:
(ArOCCI=N)3PO + 6C6H5I-al2 3C6H5M 3C1 + [ArO(C 6If5lal) C=u]3PO
vi
2/2
36 -

USSR
SHEVCMKO, V. 1."Wo
Pon Some Boundary Value Problems for a Holomorphic Ilector"
Kiev, Matematicheskaya Fizika, No 8, 1970, pp 172-187
Abstract: The aeUcle considers Hilbert and Rienann-Hilbart boundary value
problems for a holomorphic vector. Noetberianism conditions are indicated
and the index of these boundarj value problems is calculated. There is also
introduced for the Hilbert problem an adjoint probIrm in terns of uhich the
necessary and sufficient condition for solvability of the initial problem is
formulated. I. N. VENA's method of redueing a boundary value problom to an
equivalent system of singular integral!equations is used for the study of
these problems.
tq

USSR 546.185
KORIWTA, P. P., KAIE1,8KAYA, A. I., and S11EVCHEPK%,,V.,. I.., Institute of Ornt nic
Chemisti- i ' - SSR""
y, Academy oi- Science Uk-ra n-an
"Reaction of Phosphorus Pentachloride with 1,1-Dicy-ano-2-aEano-2-arylethylener,"
Leningrad, Zhurnal Obshchey Khimii, Vol 41, No 5, Dray 1971, pp 988-992
Abstract: It was Dreviously shown that both malonic and lakybiialonic acid
nitriles react with phosphorus pentachloride to form trichlorophosphazo-1-
-hylenes (1) and their cyclic isomers -- 1,1 -),5-tetr 10
chloro-2-cyano-2-B-et ach ro
4-R-1,2,6-phosphadiazines (11). In the preHent work it vas shown that 1, 1-
dicyano-2-amino-2-arylethylenea also react with phosphorus pentachloride to
form 1, 1,5-tricli-'Lora-4-eyano-3-arYl-1,2,8-phosl)hadia7.iner,, which in the
presence of sodium phenolate convert tO 1)1)5-triph,3noxy-4-cYanO-3-aryl-l,,2,6-
phoaphadiazines. The acYclic isomers vere also formed in the orar~e reaction.
A. V- ICIRSANOV collaborated in this work.
7

USS11 urr. 546-185
'73 1. M.Y PI1 TK A. M.j, and SHEMENK0
KOSITSKAYA,
V. Institute of Organic
Chemistry, Acadenrl of Sciences IN, rainiAlvW111"',~
"Fhosphorylation of N-Alkyl(aryl)-3-aminopropionitriles"'
Leningrad, Zhurnal Obshchey Khimii, Vol 41~ No 1, Jan 71, PP 105-109
Abstract: The authors synthesized N-alkyl(aryl)-N-tetrachlorophosphoro-3-
aminopropionitriles according to the scheme C3.2
2NCCH2CH21,rH1R+FCl 3 ---,~liCCI.'2CN2NRH2Cl+lr-CH2C'~ll(R )PC]-2 NCCfV'--'2"(R)PC14
These compounds are therm-ally unstable and decompoce at jP00. They readily
react vith oulfur dioxide to grive 11-alkjl-(L,.ryl)-N-dichloi-ophosphonYl-3-
aminopropionitriles. The latter are vei-y stable, showingr no change at 1300-
They are phosphorylated by phosphorus pentachloride at the nitrile group to
give 2, 2,3,3-tetrachlaro-3-tetrachlorophorptiazo-LI-aLkyl(ELryl)-Zf-dichloraphos-
phonylp-minopropanes. The latter decompose on heating Into phosphorus pentachlo-
ride and 2,2-dichlo--o-q-li-alkyl(ai-jl)-N-dichlo:E-o- nitriles.
phosphopyl~~nopropio

USSR UDC 546.185
KULIBABA, X. K., and KIRSANOV, A. V.,, Institute of
Academy of"
Organic Chemistry Scien ces Ukrainian SSR
"Reaction of Butyl Cyanates Vith Phosphorus Pentachloride"
Leningrad, Zhurnal Obshchey Khimii, Sep 71, Vol 41, No 9, pp 2105-2106
.Abstract: Use was made of the relatively stable butyl- and isobutyl cyanates
to study the reaction of aliphatic cyanates with phosphorus pentachloride.
Unlike aromatic cyanates, butyl cyanates react with phosphorus pentachloride
not only at the nitrile group but also at the Alk-0 bond to form tetrachloro-
phosphorus isocyanate (I) and butoxychlaromethyleneiminotrichlorophosi~'nonium
hexachlorophosphates (II). I is a viscous liquid whicb decomposes on distil-
lation under vacuum. It may be converted to isocyiniatophosphoric diacid
chloride (III) which is assumed to be the pure form of 1. The hexachloro-
phosphate (II, R=C4Hq) is a crystalline light yellow substance, readily
soluble in methylene chloride, dichloroethane, and is insoluble in ether,
OC14 and hexane. Hexachlorophosphate with an isobutyl.radical is a viscous
liquid which decomposes on distillation under vacuum. It can be converted
to N-(butoxychloromethyl)amidopliosphoric diacid chlorides -- a colorless
liquid which can be distilled in vacuum undecomposed.

USSR UDG 546.185
MOKHAMED EL DIK, FINCHUK, A. M., Institute of
Organic Chemistry, Kiev, Academy of Sciences Ukrainian SSR
"Phoaphorylation of Benzylideneo-yanoacetamides"'
Leningrad, Zhurnal Obshchey Khimii, Vol 40, No 9~, Sep 70,
pp 1949-1-951T
Abstract: Benzylldenecyanoacetamides ArCH:G(CN)CONHX react with
phosphorus Pentachloride at the amide and carbonirl isou s as woll
as at the e1hylene bond. The unsubstituted anides MR~ yield
compounds of the typo ArGH:C(CN)cou:rcl and
When exposed to air humidity or to a c2oulated i'tilliount of acetic
acid, ArCfl.*C(CN)CON: PC13 yields N-diatilorophosphi:)nylbeiizylidene-
cyanoacetamide, which can be reactod with P01c; to givo:, most
probably, I.,3-diaza-2-phonphaeyololiemdi.enes-.~,(~~.# Valj)n ArGH:C(CH)
G0110113 Is roactod with PC15 tho reaotion occurs initially at the
doublo bond folJowof] h the amide and carbon I grOUPs y1olding the
Ottjj~ipsii+q A!~f '11111 1(,(; W; NT("ONITO Hi
0 , o ArCHOIGO) (ON Qlr..HGH-~, alid probably
ArOlic 1. fill ((,Ilj) 17im, latter In oon7,4)rtod* io

USSR
SHVIROY V, D.; SPZICTIETTKO,_V. 1" (PI4,sicotechniwa Institute, Ukrainian
-Academy of sciend"es~_
"Nonlinear Theory of Relaxation of a tMonoenergetiot Be= in a Plasma"
Moscow., Zhurnal Eksperimentalinoy iTeoretichoskoy Fiziki; 1,11'arch, 1271;
pp 1023-35
ABSTRACT: The dywwucs of rolayation of an initidIly I'mor-oenergetic" bean in
a plawa is investigehed. It is shown that instability of bewm particles cap-
tured in the. oscillation potential well play an important role in the relaxa-
tior, process. Equations are derived whichideseribe otmillation excitation and
diffusion in the bean, with allowance for this instability. An inspection of
the equations reveals that the distribution function of the beam is almost
olateau-shaped for times t - co P_1no/nl, (VjP is the plasma frequency and
nl., n the beam and plasma densities respeetively). D=in., tile following rolax-
.48

4t
q0
'lit
M,%N~
, N
-Onz;

USSR UDC 546.185
I., NIZOIKOVA, Ye. Ye., Institute of Organia Chemistry, Academy
of Sciences Ukrainian SM
"Phosphorylation of 2-Chloro-3-Arylpropionitriles"
LenixAgrad, Zhurnal Obshchei Khimii, Vol 40, No 6, Jun 70, pp 1219-1225
1propanes, with C-, -
Abstract: Trichlorophosphazo-1,1.2,2-etz,achloi-o-)-ar.11I -
o
-~,CIC6F -CIC6, -p-Sr"6h4, 0-~14021064, P-N02C6H4, -4 -C 3 4 r
14. p i4,
-CH3QC6H4as the aryl group, were prepared by the reaction of tno corresponding
P.
2-chloro-3-arylpropionitriles with PCJ,. The products arv easily hydrolyzed
by atmospheric moisture. ~,,-ork-up of. Ue products yiel-ded the 0.)rresponding
2,~2-dichloro-3,,ir.,,rlpropioniu acid nitrilas ~or
loro-3-aryliminopropionic acid ardlides, deperding on the, pro6dure used.
34

USSR Uix; 0)4.()5
SHDUUiKV1, 1). F., 51~ATCMIKU, V. I., WAL, A. A., and KW%V~ V-
Sciences Ulcraini,.n
Institute of Organic Chemistry, kCiev, Acaderq,af
"Herbicide"
U337 Authors' Cer U '
'(IL tificate No 246960, filed U Apr 67, pub salte i3 Jan 70
Crom iZh-1QAiriya, No 20 (11), 25 Oct 70, Abstract No 20 11'6261~ S.
f
(
Translation: Compounds of the general formula X Clo
k3CC(01~) "1(0)(C")'
F-t R = Cl- C did not act on plants when applied t(i the soii,
5-alkyl
'W'hen sprayed on plants in a doze of 5-10 kg/ha, I's (R = Pr n C5 '11' 11 A. C!
7
and it = Bu, X = F) suppress radishes and buokwhiat 70-35% land do not ha~-ra
oats and iiheat.

USSR UDC 546-185
SHEVQMKOa,,I., LI-MMOCK0, N. R., KUMAR', V. P., Institute of Organic
TqVNTM-*, Academy of sciences Ukrainian SSR
chloride"
"Phosphorylation. of 1,1,2 Tricyanoalkanes vith Phosphorus Penta
Leningrad, Zhurna-1 Obshchei Khimii, Vol 40, NIo 6, Jun ?0. pp 1229-1234
Abstract: Trichlorophosphazopropylenes (1) which are obLa:Lned by the reaction
of 1.1.2-tricyanoalIkanes with ?Clc, easily add chlorine iat t-he double bond to
fo= trichloroDho spha zo -1, 1.-2 -tri C-',iloro -2, )-dicyano -3, 3-dia !icy Ip rop ar, 0 S. I
yield cyclic CompouncILs on hydrolysis. With oxcess water, they ~re hydrolyzed
to 2-,u-.ino-3,3-1'-.Il~WI-4-eyant)-4-chloroDyrrolones, whereas with a stoichio-
metric amount of water the hydrochlorides are obtained. Trichloraphosphazo-1-
chloro-2.3-dicyano-3,)-~lialkyl-l-prop,ylones react with chlorine to form tri-
chloropho sphazo -1, 1, 2 -trichloro -2, 3-dicyano -3, 5-dialkylpro panes which are
hydrolyzed with excess water to yield 1-chloro-1,1,2-tri4iyanoalkanes.

USSR
U u,:, 4 77 4)
SHEVChENKG-,., V-,,,.71 and LITOC'kiz,' I'C I" R. inst-,tu te cf i,janic
Chqfni9,tVY*'Kiev, Academy of Sciences Ukrainian SSR
"Reaction of 1,1,2-Tricyano-2-avylalkanes Uith Pho~ipnc)rl-- ;-e'n ta-
chloride
Kiev, jopovidi Akademii Plauk Ukrainskoi RSR, Seriya Fe- 70,
PP 167-170
Me cy;--Ino-
Abstra---t: Reaction of' phosphorus Pentachlor-L
2-arylalkaries in refluxing benzene yields acyclic.
1-chlo;-,o-2,3-dicyano-3-arylalkeres-1 (1). Reaction o--7, IC I
1,1,2-tricyano--2,2-diphem,
6 -lethane is analogou:-~,
exceso, of water (I) hydrolyzes easi-Ly yielding
ary1-)-R-2-=inopyrt,o1ines.
to fol-Ir 1.
which (,Ivi il)e hydrol.yzed to 1-c)i-Loro-1,1.2-tricyanc)-2-a.i-,y,a.-.tarik~--
Aminopyrrolines are colorless crystalline compou *nds 8O1Ub.I(:. i-I --cotone,
alcohol, and dioxane, but insoluble in ether, benzene!, hc-::-:ie, and
water; they are very weak basen. They dissolve In concen-Lrate(, -Cl
form.ing hydrochlorides.

UNCL A", St F I ED I'MCE'SSING DATE-27NOV70
TITLF--PH0SPHORYLATIO'N OF DINIMLES OF DISUB5T.LlrUTPD 5~,!ALONICI Ai_- 14 D S -u-
AUTl,'iOR-(02)-K0RNUTAs P-P.y SHEVCHENKQv V.1
.,.COUNTRY OF INFO--USSR
_SDURCE--ZH. OBSHCH. KHIM. 1970, 40(4)t ?83-91
~'_,OATE PUBLISHED ------- 70
AREAS--CHEMISTRY
Wl
-TOPIC TAGS--_P~HOSPHORUS CHLORIDE-* n-RGANIC,NfTRILr:: COMPOUND,
TRIAZINE, CHLORINATED ORGANIC,
c ONTOUND
-CONTROL MAPKINCY--NO RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
SULFUR OXIOEt
PROXY REEL/FRAME--3006/1482 SrEP
CIRC ACCESSION NO--AP0135147
U),c 1; s I F I r- D

USSR UDC 546.185
KMIBABA, N. K. and KIRSANOV, A. V., Institute of
Organic Chemistry, Acde"my'117'"Sciences Ukrainian SSR
"Reaction of Butyl Cyanates With Phosphorus Pentachloride"
Leningrad, Zhurnal Obshchey Khimii, Sep 71, Vol 41, No 9, pp 2105-2106
-Abstractz Use was made of the relatively stable butyl- and isobutyl cyanates
to study the reaction of aliphatic cyanates with phosphorus pentachloride.
Unlike aromatic cyanates, butyl cyanates react with phosphorus pentachloride
not only at the nitrile group but also at the Alk-0 bond to form tetraclilorc-
phosphorus isocyanate (I) and butoxychloromethyleneiininotrichlorophosphonium
hexachlorophosphates (H). I is a viscous liquid which decomposes on distil-
lation under vacuum. It may be converted to isocyanatophosphoric diacid
chloride (III) which is assumed to be the pure form of 1. 'Me hexachloro-
phosphate (II, R=C4Hq) is a crystalline light yellaj substance, readily
soluble in methylene chloride, dichloroethane, and is insoluble in ether,
CC14 and hexane. Rexachloraphosphate with an isobutyl radical is a viscous
liquid which decomposes oa distillation under vacuum. It can be converted
to N-(buto>-,Ychlaromethyl)amidoptiosphoric diacid chlorides -- a colorless
liquid Vhich can be distilled in vacuutix undecomposed.
1/1
60

UDC 546.185
PINGHUK, A. M Institute of
Sciences Ulcrainian,83R
"Phosphorylation of Benz-ylidenecyanoacetamides"*
~Leningrad, Zhurnal Obshchey Khimii, Vol 40, No 9,Zep 70,
PP 1949-1�5[T
Abstract: Benzylidenecyanoacetamides ArCH:C(GN)CGRHX react with
Fh-osphoruS Dentachloride at the amide and carbonyl groups an well
as at the ethylene bond. The unsubstituted wnides (X=H) yield
compounds of the t-ipe ArCH:C(CN)GON:FGl and ArCft:C((, 112N: PC 13
Whon exDosed to air- humidity or to a calculated aritount of acetic
acid, ArCH:C(GN)CON: PC13 yields li-dichlorophosphori,,ylberizylidene-
cyanoacetamido, which can be roacted Arith Kle to give, moit
Drobably, 1,3-diaza-2-phosphacyol.ohoxadionoo-,;,6. , When ArCH:C(CN)
t-ONHch'- is reacted with, PG1_5 the reaction ocovra tnAtially at the
double bona follownd b the amide, and carbonyl groups yielding the
COM .3, ArCH01001. N PrOl"'I'17
ArMIG t;'UJL MI. (Ulf3)1,014. 7710 latter J." col%vartipd tq ArOJIGIGGI

-u ~
Vol,
GK
GK
04
40
1K4

U SCS, R
STUPIPO V. D.; STENCHENKO I
Acadeny 10 of Scienclle--S~ =JL-V.--.. (11hy-sicotechnical Insti-lazte, Ukrainian
"Nonlinear Theory of Relaxation of a 'Monoenergetict Beam in a Plama"
Noscow, Zhurnal Eksperimentallnoy i Teoretioheslco Fiziki; March, 1971;
pp 1023 -3 5 y
ABSTRACT: The dynamdes of relaxation of an initially "monoenerg-,etic" bear, in
a plasm v
~a is investi,-~ated. It is shown that instability of beam particles cap-
Qurnd in the oscillation potential we'll play an important role in the relaxa-
tion process. Equationa fwe derived ~thich describe ziscil.14ttion excitation and
Olf-tus,ion in the bowi;p with allowanco for tlyls instability., An inspoction of
the equations revealz that the distribution ftmation of tho beam is 81nost
plateau-shaped for times t - w P-1n0/r.x, OJP is,the plas= frequency and
J4
rt, n the beam and plasma densities respectivdy). Mring the following relax
1/2
48

W-, 111111 iI I I ~ i 1; 11 fihm"hihi
1AW1, -11 "I.R... W. --1 -.1
USSR
DHAPIRO, V. D., et al., Zhurnal Eksperimental'noy i 'Peoretiche-
skoy Fiziki, Mar 71, pp 1023-1035
ation stagge for -,iiich the characteristic time is
i /ni (a a w P (n ino) 1/3
t no il .
is the oscillation frequency of't-he captawed.part;fclas), iaccelarated particles
appear in the beam and a velocity distribution ml-dch is close to Maxwellian is
established. . ......
2/2

USSR UDC 546-185
WZWA,-,Y,. 1., NIZOTIKOVA, Ye. Ye., Institute of Oz-g-,riia Chemistry. Academy
Vic-rainian SSR
"Phosphor7lation of 2-Chloro-.~~-Arylpropionitriles'I
Leningrad, Zhurnal Obshchei Khimii, Vol 40, iNo 6, Jun W,, pp 1219-1225
Abstract: TrichloroDliosohazo-1,1,2,2-tetrachlaro-3-a.-yi~Drooanes, with Cu~---:-'
041CC14, P-ClrC6H4,, -p-Br' 4, 0- 42CO-H4, P-~iO21C- 4, P-'d3G6H4' or
OH
P-CHIPC6H4as the aryl group, were prepared by the reacUon of tae corresponding
2-c,hloro-3-arylpropionitriles with PC1 . The products a:r,-- easily hydrolyzed
by atmospheric moisLure. 'e.ork-up of tRe products yielded the corresponding,
2.2-dichloro-)-arylpropi-onic acid nitrile~4 or
loro-3--aryliminopropionic acid anilides, depending,on thi.~ prociedure used.

USSR UX 632.95
SHDaNKOV, D. F., S4-VCm,1FO, V. 1. x0h-,V A., and hUDjV.i=, V. P.,
Institute of Organic Chemistry, Kiev, Academy of Sciences Ukrainian 3s!%
"Herbicide"
USSIi Authors' Certificate Jo 24-69601, filed 11 Apr 67, 17,-ibld-shcd 13 Oan 70
(from ~Zh-Khimiya, No 20 (11), 25 Oct 70, Abstract 11o 20 Ly
X
'Aranslationt Coi-vounds of the general formla X,CC(Olt)
F; R = Gi- C 5-a"Wl) did not act on plants when applied to Olt- soil.
Wlien sprayed an plants in a dose of 5-10 kg/ha, I's (h il,, -n-C5iiaj; X Ci
and 1, = Bu, X = F) suppress radishes and bunkwhe~-at ?0-854' and do not harm
oat's and wheat.
1/1

USSR uDc 546.1.85
SHEVQLEIIKO 'W'ITOVCh&NCKO, N. R., KVICHAR, V. P., Institute of Or.a-anic
Acade.V., of Sciences Ukrainian SSR
uPhosphorylation of 1,1,2-vTricyanoalkanes Adth Phosphoru,, Pent achloride
Leningrad, Zhurnal Obshchei Khimii, Vol 40, iNo 06, Jun 70, Pp 1229-1-234
Abstract: Trichlorophosphazopropylenes (1) which aTe obtained by the reaction
of 1*1,2-tricyanoaLvanes with FC151 easi-ly add chlorirae at the double bond to
form trichlor~-Dhosphazo-I,I,Z-tricUoro-2,3-dicyano-3,3-dia-,-K-jit)roparies. I
yield cyclic co=ounds on hydrolysis. With excess water, they are hydrolyzed
to 2-amirao-3.3-dial~Wl-4-eyano-5-chloronyrrolenes, whercuo 'vita a stoichio-
metric amount of water the i-..Ydrochlorid~s are obtaixied. lrichleiropho-,phazo-l-
chloro-2.3-dicyano--- '4 -lialk-ji-l-propylenes react with chlprLne to form tri-
chloropho!;p-hazo-1,1,2-trichloro-2.3-dir,,vano-3,3.dialkylDro-.ianes which are
hydrolyzed with oxcess water to yield 1-chloro-1,1,^4-tricylinoalkanes.
33

777-777-7-77 7T
Ij ii!,
u6sR J
-e of 6i-anic
SHE I. and LITLVC H In s t i ti t
I , " iences Ukrainian MR
'�tv.11, 'Kiev, Academy of Se
"Reaction ol- 4.1-th Ienta-
chloride"
'di Akademii 1,~auk Ukrair,~:5-oi RSR, Serlya 70,
Klev, jOTIOV1
pp
b s t t Reaction of
A
2-aryla12 anes J.n refluxing ben~,,eno yLeld"i -acycl
1-ch.'Lo,,-o-2,~-dicY-,ulo-3-arylall~eries-.'L (1) Reaction o~.' ;Gl-, 't",i *,,*.'I
is analogour,,. t"JI1 1. -1 L t
excess o1f water (1) hydrolyzes, eaoiiy yielding
ar~rl - ~ -H- 2 -am i n o Ay r r o 1 i ne s'7L'richloi~op'liorpl*,azoa"-Ir,~-,-i-i-~!'-; C', 11 ~j C L
-ilo forr-. - v i chi orophospliazo- 11, 1, 2-trilchl o3-di(ly aX oar./ 3-
which c-an Le hydrolyzed to
Aff, i n o py -- r o 1 i-nes are colorless crystalline compounds solub!~. in ac~-tone,
alcohol, and dioxane, but insoluble inether, benzene, he:,:,-::~e, an~i
-ey are ver:,- veak base-,~. They dissolve in concertILiat--'- iill-i
water;
forming hydrochlorides.

UNCLASSIF PR,
tlTLE--Pl4OSPHORYL"jl0N OF OF 01SUOSTIMTE
AUTHOR-102)-KORNUTA, P.P., SHEVCHENKC, V.I.
--USSR
.,,COUNTRY OF INFO
SOURCE--ZH. OBSHCH. KHIM. 1970, 40(4)t 788-91
GATE PUBLISHED ------- 70
'F S SN Wot T 27 I'T'OV 7f 0
1,
MALON11, A-'140S -U--
%U BJECT AREAS--CHEMISTRY
TOPIC TAGS-r-RHOSPHORUS CHLORIDE, ORGANIC~ NITRILE COMPOU%01,
CHLORINATED ORGANIC COMPOUND
SULFUq OXIDE,
--NO RESTRICTIONS
CONITROL MARKING
Gc CLASS--U-CLA SS IF 11:0
1 UMENT
9
PROXY RFEL/FRAME--3006/1482 STEP IqO--UR/007()/70/040/004/0739/C,,7')I
CIRC ACCESSION'
J LAS'--l':FE9

=:777-7'7
'2/3~ UNCLASSIFIE0 PROCESSING DATE-27NOV70
GIRC ACCESSION NO-APOL351-47
-:ABSTP.ACT/EXTRACT--(U) GP-0- 16STRACT. ALL EXPTS. GFLO,4 WERI'- RUN UNDEA
ANHYD. COIJIDITIONS. STIRRING R SU32 CICN) SU32 WITH 2 MOLES PO'dD. PCL
5.1N TqE PRESENCE OF CCL SU34 3-4 HR UNTIL HOMOGENEOUSLY DISPERSED
R SUB2 CKIN) SUB2.2PCL SU65 (R EQUALS IME AN, 0 P R I AIN' EQUIMOLAR
OF PCL SU65 AND CCL SUB2 (CN) .51.162 KEPT 25-30 OhYS IN A CLOSED
~FLASK UNTIL HOMOGENFOUS, GAVE AFTER TRLATMENT WITH SO SU32 To DECOMP.
L 13, --
ANY~PCL SU351 67PERCENT CL SU62 C(CN)CCL SU02 N:Pr SIUB 3 SUBO.05
:81-20EGREES, 114. 37-40DEGREES. HEATING, 0.05 MOLE CCL SULZ2 (CNJ SUB2 AND
0#165 MOLE PCL SUB5 1,14 A SEALED TUBE 35-40 HR AT 150-600EGREES, COOLING
UP TO MINUS 40DEGREES PRIOR TO OPENING THE TU81E, 14ASHiNG THE PPT. WITH
PETROLEUM ETHER, AND TREATING THE LIO. WITH SO SUP-2 GAVE S13M PCL SUB3
AND.86PERCE-NT 2t4,6,TRfCHLORC,I.,3,5tTP.IAZ-INEi ~'l. 144-90EGRFES, AND A
RESIDUE OF 63PERCENT CCL SUB3t CCL SU32 N:PCL SUB3 (1), 8 SU80.04
74-60EGREESt N PRIMEZO SUBD THF LATTER ALSO FORMEID FROM 0.08
XI, SU8Z CCL SUB2 N.*PCL SUB3 AND 0.1 MOLIE PCL SUB5 IN 30-4o MR AV
fULF NCG
150-60DEGREES, Wfilf"ff ALSO GAVF SOME PICL SU113 AND TRICHLOROFRIAZINE. I
'ENT CCL
AND ACOH.GAVE- 54PERG SU133 CCLINRUCL SU62, li Wfjo.5 74-60EC-FtEES, M
KEEPING AN EQUIMCLAR MIXT. I)F VCL ANQ 4E U132 C KN)
-SU62 WITH A LITTLE CCL SUB4 4-51- OAYS IN A CLOSED FLASK AFI'[:R T R E A I'M E
-I)CCL SUH2 sl:PCL SUF33.) M
WTTH SO SUB2, 100PERCENT HE Sl)a2 C(C,*
i3-80EGREES, ALSO PREPD. BY REFLUXING THE ABOVE MfXT. III III-ICL 5 I-ift, ( THE
PRODUCT 8 SU80.03 36-c;DE-GREES, M. 55-90EIGREE-S) IN 75P~R(-,FNr YIELD.
t J ~N' C L AS SIf rl

7 N,-
IV70
3/3 008 UASSIFTED PROCIIISING DATE
CIRCI ACCESS 10N NO-AP0 131 5147
ABSTRACT/EXTRACT-THIS ANG I MOLE. ACOH IN C SUB6 H SUM, RE.ACTED VIGOROUSLY
TO YIELO OVERNIGHT 57PERCENT ME SUB2 C(CU)CCL:,NPO(l'L SU32, 3 SUB0.03
71'8-30DEGGREES, N PRIME20 SUBD 1.50371 D Pkl;',IE20 lo4ej-25. ifEATING ET SUBZ
C(CN) SUB2 WITH 2 MOLES PCL SUB5 IN C SU(36 H SUB6 15.~ HR, AND TREATING
(C"4)CGL.NPOCL SU-92t 8
THE MIXT. WIT14 SO SUB2 GAVE 43PERCENT ET SUBZ C*
93-50EGREES, M. 38-42; SIMILARLY WAS PREPO, :THE PR SUBZ C
.ANALOG# 40PERCENTi B SUBO.03 104--60EGREES, 1.4940fli.2630.
FACILITY: INST. LRG. KHIM., KIEVr USSki
U N C L. A1; 1 F f F-- D

1/2 009 UNCLASSIFIEG, PROCESSING DATE-30OCT70
TITLE-REACTION OF 1j1,_1jTRlCYANOv2,ARYLALKANES WITH PHOSPHORUS
PENTACHLORIDE -U-
AUTHOR-f021-,SHEVCHENKO&,X" .1 LlfGVCHENKOt NoRs
CCUNTRY crz INFc--usSR
AKAD. `111AUK UKRt RSRt SER. B 1970, 32421, 167-70
~.~:DATE PUBLISHED---70
~,SUBJECT AREAS-CHEMISTRY
JOPIC TAGS-HETEROCYCLIt-, NITROGEN COMPCUND,, CYANIDE, At-KANE, PHOSPHORUS
CHLORIDEr CHLORINATIONt HYDRULYSIS-
CCNTRCL MARKING-NO RESTRICTIONS
DOCUMENT CLASS-UNCLASSIFIE0
PROXY REEL/FRAME--2000/1103 STEP NG--UR/044V/ YV032100210 lo -1/01 10
CIRC ACUE'SSIGN ND--AT0124753

212 009 UNCLASSIFIED PROCESSING DATE-30OCT70
CIRC ACCESSION NO-AT0124758
-ABSTRACTiEXTRACT-M GP-G- ABSTRACT. FORAULAS SHOWN ON Ml'l-'l0FiCiAi:.
HCL SALTS WE;i'N'E STA3LED ONLY EN COANCD. OF HCL SOLN. AND ',IERE ALSO
Q 11TH rAL'D.
06TAINED BY TREATING I WITH HCO SUaZ H OR H'YOR LI'liNG I W
P. SUB2 0 IN ETHER. FACILITY.' INST. ORG. 011M.i USSR.
iliE
AMT.
UNC, L A5 11: 1 E 0

112 U t4 UNCLASS I F I ED FROCC-5S 11.6 DAT L-- 70
-1 1 ~-'N OF CCHPULINDS WITH
TITU--itLAC CHLURINF OXIM' -J-
AIJ'TH0fR-(02J-ieU41NLJTA, P.P. SHEVCHENKO? V:.,[
CF ONFU-USSR
CUPC E--Z H 0, 1-3S HC F. K H I I v 7 C t 40 L 3 55 1-4.
DATE P UG L I Sh E G, I C
'rs--cHF-m i s rt~y
~ui3jLc f, t-
C G N I C F 4'- SH JRU S CU 1-f P GILI N0.1 ORGANIC A111, UNPf CHLOR ft,A HD
TF;Pf C T A G S J
0;~ G A N' I C(;t;i"t"(AjN[), AkL&IATIC HYI)JiC1(;AR8CN
CICiTF10.
U6C Um f T C L;% S S --0;1 S i F I 1- 0
PROIXY RELL/F i~'A."E--300o/ L S T L P;4j-, Uk CC I O:t CO 3 0 5 5 L I G3 3
129
C' I i", C f-S

212 U [-I U-C L S IS fF I U)
~ S:' I C.~i INU-- APO L~~c 5
C I j~ C A C, C 'E
U) 611-0- i,l s r, AT M,ULNG 0.055 CL SU81'13 TU 0.05
~ABS(i'
Ill"GLE R(;('.L SjG2 CCL SO"," :~:t'(,L SW11-3 I NUL SUJ4 GAVE AFTL(\' 10-12 Hr"I
u - G ' S
T ~CCL 3U;:" CCL:`~PCCL SU0,2 : ll~ D'UAL.S ld:, H S'Ji,2 9,4-70L. :t~'F
1~ , L c- - It
A.45-/-0LG-"-,LES; ;~ L~Wkl-'S) "J, Li SUN32 l00-If)EGkL-t:s. CL
~J S06.? ,.':PCL StP 3 1:1 (.-CL SUL,4 GAVE
SU62 C AkSk AFFL-2 2 AYS AT
'-I;(' i-!.)-'PGCL
TL-mp. PC ~~W~6 1-1 SU14 1-11 - ~' '.I
f C L -1 L 'G- R E L S 0 S U 6 2 1 U IL . 1 1''. ~ f. A T 1- 1.) -, I I 11-1 c' S U io~ 6 11 S U i3 6 G "k V E
1; - b 5 !.-:, II ~ C f. T p 'r i ~_' L .
I-N 10-15 1-11'sN AkSO Suj2 NHPCCL SU62 5,
COULD M.'T ~3t GISFO. EXTENSIVE DECOMPM. ANG 11/10 STRil-NG uXIUIZING
-Y LOST 0.2-('.Jd~RCENT OF THEIR ACTIVE CL P-'~ I DAY AT PPON
ABILITY; TH j
T&W., BLT iJE(;GPiPU. k;"kPIL-LY AT 70DEGREES. I 0XIOIZED tit, TO I;JDIN'~Et AND
"C' ILI rY.'
CHLORINATCD ALIPHATIC Ai-,,U HYDR6CAiRbONS. FA
ORG. lKhl?v-t Klr_Vv USS~-
Ul

112 016. UNCLASSIFIED PROCESSING DATE--230(;T70
ITLE--SOLIO ROTOR -Ll-
:_AUTHDR-(Q5)'-SCHAS"TLIVYY, G.G.v SHEVCHENKOt V.I., LYCHKO, I.I.,
'.~USHCkbKSLYUSARENKO, i.i., AWITUV'
OUNT RY- OF INFQ--USSR
248053
'REFERENCE--GYKRYTIYAl IL38RET., PRO,"_ OBRAZTSYr, TOVARNYE ZNAK[ NO 23
__~~'DATE -PUBL ISHED--05JAN70
~._SUBJECT AREAS--ELECTRONICS ANO ELE4'-TRfC4L ENGR.
-'-TOPIC TAGS--PATENT, ELECTRIC
MOTOR, 4LTERNATING CUR, EiN'Tp. THERMIAL
_,~,:,STA~ILITY, EDDY CURRENT
MARKING--NO RESTRICTIONS
~DOCUMENT CLASS--UNCLASSIF[ED
PROXY REEL/FRA4E--1998/1593 STEP
C-IRC ACCESSION NU-AA0121970
H ELI
liff=411-10-1 fiRl OF 41 ra 19711filill H1191 In'", ME

2/2 016 UNC A S S r i= I-E D PROCEESS DATE-23CICT70
CIRC ACCESSION ND--AA0121970
A5ST.qACT/EXTA"'CT--(U) GP-0- A5STRACT. MICROFICHE OF APSTRACr CUNTAI~IS
GRAPHIC 1-%'FJJ4,MATlO?'J. SOLID ROTOR USED FOR AN A. C. ELECTRIC '40TOK
ACHIEVES A HIGHER THERMAL STABILITY OF DAMPING SYST[iM OQR.L~1" SI'ARTING
AND IN ASYMMETRICAL OPERATION. THE ROTOR SYS-rE',',! I.NCLUDES JEETH
-(I) AND 14ETAL WEDGES (2) It', SLOTS (3). THE SHORrING RJ%"S ARC
MADE BY FORMING A LAYER OF ELEC TRIC ALLY MUTEN UPPER ON THE E%D OF THE
ROTOR AND IN A RECESS OF THE SHAFT; THE ROTCR SL~01S t~KF MILLED
(2) ARE 5. Fir,) R T IN G R I I GLGTS
AFTERWARDS. WEDGES I IN CONTACT WITH THE 14 0!%i I
. LCKNESS '(4). IN ASYMMETRICAL OPERATInN EDDY. CORREXITS ARE IkOUCEO IN
4
T
THE TEETH AND WEDGES RHICH ARE SHORTED BY THE Rli'%IGS (4i,5).
fACILITY: INSTITUT ELEKTRODINAP41KI AN UKRAINSKOY SSP,'p INSTITUT
E '10GPIr
LEKTROSVARKI IM. YE. 0. PATONA I LYSIVENSKLY TUIU- LAVOU.

R~f Code
,-'435550m Tool steel. Zaichenko. S. S.: Polmshl, N. A.
V D.; Chichk n
Kal kov anrv.. A. -1. e
VO Jan MU, AV-pl.25 Jul 1968-, From Oikryli)n hobret., Prmn.
Obrastsy, Tovarnye Znaki 1970, 47(4), 81. T( 01 steel contg.
'lower amts. of scarce materials Consisted of:: C 0.50-0.65, Si
0.60-0.90, If n 0,20-0.40, Cr 6.&-8.0, NIO W,0.7-1.1,
V 0.1".25, Ti 0.05-0.150,0, F.e and imputities the rernaimder.
2ASCL J
k~. I -M

FAYMEERG, Yk. B., SM-PIRO, V. D., Swxn, Institute.,
Acad&~V of Sciences, Ukrainian 55
"Nonlinear Vlaves in a Relativistic Electron Bm,-~t
MowcTw, PWra v Zhtu-nal Eksperir4ntallnoy 1. Teoreticheskoy Fiziki, Vol. 11, 1~70 8,
20 Apr 70, pp 4io-413
Abstract: It in Paiown th,,t in stationar-y electron confi~q=ations a decrease of
the Coulomb force of repulsion is ancb,.-Leved wit th the aid of the Lorz!ntz force o--:'
the constr-iction of the ciurents of relativistic electron-3i Becan~se a limitation
of the armlitude of a .mvc in plasnal is connected -vritlh the effect of the Coltlomb
repulsion of electrons, the questiou naturally arises as tio the mosibility of the
L)2 sa ion ndi
excitation of imves of Creat arcpl J tule during conditions OT the: com- - n t i
cated. Such a situation can occur during, wr~ve propagatiar- alornp, the 0:1-ts of ar
electron beam, the particles of 'which are rotated izi azizath. In this case the
wave of charge density leaC~s to oscillations of the currorat of the particles in
the beam
it (z -v,-, I t) - -evon I (%-v
Cv. is the azimuthal velocity of the beam] and cotseqw-ariftly to formation of a
1/31

TJSSR
FAYXBEP.'x', YA. B., et al., Pislira v Miurnal 'Eksperinentallnoy i Teoreticheskoy
Fiziki.? Vol 11, 170 8., 20 Apr 70., pp 410-413
r-agnetic 'field oL 1,h wave 11r(z-vCpt). The force of the pinch of the cl'astuers
C t e
connected with this rnagnetic field, in -wMah the umve ditrides the beam
P'U e/a vo~r
in the sa-,.te Panner as in the stationary case, is fourid to be out of pharse with
the Coulomb force FE -er!,,, and, w:Lth
vo~-'- Vr-27
leads to a significant reduction of the diuplacen-ent of the electrons in t-he
fteld of the wave. In the process it is possible to propaSate the wive in U-1-1'e
beam with an extremely large amlitude of~-the electrical. field vitlhout fon.-ation
of an Intersection of the trajectories and overturning of the imve front. This
t shc moz of wwfes in relativiGtic bea:-s -' r
resul ws the poosibility (if cffectivL
realizetion of a pl=i;a rathod of acceleration pro-poscil by Ym. 11- Rayi~b-~rg -0
Symp. CE11i, 1,84,1956). rior simplicity, in the pxeseyft vork the authors consider
the case of x-ectangular geometry: the electroa beam moves with respect to the
axAs ana ia li;--ited vith res-o-act to the x. Me electron chaxge of the is
asawmed to be raxti&Uy comperinated by ionIn and, in eT.Ailibriiai vith the Coulor,11)
2/3

USSR
FAMEEPTUY YA. B., et al., Pislma v ZhiLmal Eksperimentallnoy i Teoretichesimy
Fiziki, Vol 11, 140 8, 20 APr 70, pp 41o-','13
force actirn;" on the electrons -eE.., is by tile m'-n(_,tJc
lorce - e H th
/C 11ro (x) is t e maj~motic fteld created by t'-C Olectrcn
current. Mic i-mvc oft(rinating in such an electron bon;i, is desc-ribed I'Ith the aid
of an ordinary hydrodynamical systen of equations. Cvxves are sho;m for the d:Ls-
7oxersion dependences for waves in an azimuthnl electron beam. The Contimuous
curves pertain to the case of snmll amplitudes J.); the dotted curves
indicate the case of the maximum I)ossible arxplitude deterinirmd by a fo_,nmula
developed in the worIc. 1 fig- 5 ref. Received by editors, 9 March 70-

USSR
UDC: None
LEVIN, M. B., LYMBARSM, 11-1. G., 0111SHMENKO, I N. SHAIPIRO, V. D.-,
-Z '0, V. I.
and
"Nonline-nr Theory of Electron-Beam Kinetic Instability in a Plasma',
Moscow j 'Teoreticheskny Fi7iki, vol 62,
11TO 5, 1r,-,';2, Pi)
Abstract: In earlier papers on thiS subject the Problem of the
excitation o-.L' monochromatic plasma -mves i.:as zolNred J-Cor tile case
of z~Ln instabilit-Y = the monoenerget-ic b~aam izi the Dlasma. The
present p.-I-Cer ai~culses the hinctic instability which arises in
the interaCtion between the plzasma and the becm, i-rith the relea-se
of large q of heat.- This ixiotability is the result o-E,
the Landau attenuation effect; a fornula, is 61"Ven for the linear
increment o~' the ixicrease am osc-Mation maniTested 10y the insta-
bilit-y.
In an_-lysis, the authors use a systea of ecuat-ions
describix-,g the notion of the resonance pa~rtioles in the i..,.-,Ve field
and the chan'-e in the wa-ve amnlitude due to the interaction -~:_ith
those Darticles, a system valld only if the phase chioaa;Se ol" t1he
field is a result of that interaction is negleoted. Plots are
given of ,.hat the aut-hors call the "MiXUP" of the resonance
particles. Connected viith the Physico-Tecl*inical Institute of 'Ube
1/2
A14-

USSR UDC: None
L 11LIT, 1171. B., ct al, Zhurnal El.M-,,-erjmnnta-lnq-,r iTOO-retiCher-~koy
-vol 62, l'0 5, 1972, pl) 1'125-1732
Ulmaininn, Academy of Sciences, they thank Ya. B. Fayn-berg and
17
R. Z. Si,,-dcyev for discussing the work with them, and Yu. 1.1.
Dnestrovs,::iy, D. P. Kostomarov, A. A. Ivanov, and T. Soboleva
for their a--sistance in preparimCf it.
212
30

USSR UDC 546-135
SIMMMMOt Y. I.t KAUSOSKAYAl A. I j and KOIUWTA j P. P.
"Aminolysia of l,i,5-trichloro-4-eyano-3-Pha"VI-112,6--phosphadia--ino"
Leningrad, Zhurnal Obshchey XhIMU, Vol XLIII (011), No 1t 1973, pp, 16-21
Abstracti It was reported earlier fP. P. Kornuta, ot al. # Dopovidi M-1 USSR,
533, 197g that on interaction of phosphorus pentachlorlde ulth d-enaniinoni-
t'r'les (11C)2C - CX ~d~' cyclic compounda are formed -- 1#1,5-trichloro-4-
cyaalo-3-allwl(aryl)-1,2,6--abospliadiazines (I) (X - AjAp Ar), In tha (1), Com-
pounds all the chlorine atorts am reactive. They easily react irith the
compounds containing a mobile hydxogen atom - alcoholisp amlnesp acids. With
amines the xuaction proceeds by the following schemes
CCkN
Pcl(mirl')
GX-N/> "C' vu iiFn'
NMI' IN It H
C-N\
NC-C-/ NC C/ i
\\CX-NI Cx - Nl
IV
1/2

SHEVCMNKO, V. I., ot al.p Zhurnal. Obshchey Xhimiis Vol XLIII (CV)# I-to to
16-21
1.0739 PP
This reaction is studied in more detail in the ex&mple of 1,1#5~-tri-
chloro-4-eyano-3-phenyl-lg2,6-phosphadiazine (Iap X -- C6H5),. Under the
effect of the amines on the I,IP5-tricl'loro-4-cyano-3-I)hsnyl-1.2.6-phos-
phadiazine (1a), the substitution of the chlorine wtomB on the amino groups
proceeds In the 1-5-1 sequenceo The degree of replamtont of tha chlorine
atoms by amino groups depends on the quantitative relation of the xeacting
substancos and especially strongly on the,nature of the hydrooarbon radicals
of the amino and the polarity of the solvent.,

USSR urc 911-3:616.981.452(574-11)
L-A ALTUKEIOV, A. A., rVANOV) S. I., YERZHANOV, S. T.~
GWMANOV, A. K., KAYMASHKIKOV, V. I.', and NEDZYKOVSKIY, G. A.
"Isolation of a Culture of Plague Bacteria in the Spring of 1968 an the Horth-
east Border of the Volga-Ural Sands"
V sb. Probl. osobo ooasn. infektsi (Problems of Especially Dangerous
Infections -- collection of Saratov, No 4(14-), 1970., PP 135-138
(from RM-Meditsins~aya GeogngjXa, NO 3, Yar 71,.Ab~tract NO 3-36.115)
Translation: The conditions of isolation and results of a study of two strains
of plague bacteria in the natural. landmark area of Aiwar,the Furmanovskiy
rayon of Uralskiy Oblast are described. Both strainuvere Isolated in a
region in which no epizootic diseases have been recorded for more than 20 years
and in vhich. great gerbils are almost completely nonexistent. The reduced
virulence, as well as some cultural and biochemical,characteriatics of the
cUtures studied,, clearly differentiate them from the earlier isolated sta%ins
on the Volga-Ural Sands both in peak epizootic periods as well as in the inter-
epizootic years.
36
amza i 1riV,;i5
Fit

---.I
USSR UDC 911-3:616.931.452(47)
IVAKOV, So I.,, ALTUKHOV, A* A.,,and HEREMNOV, A. Z.
"Y4thod and Tactics of Epizootiologic Survey for Plague in the Volga-Ural
Sandsil
V sb. Probl. osobo opasn. infektsiy (Problems of Ecipeci&lly Dangerous
Infections -- collection of Works)., Saratov, No 4(A), 1970, PP 129-134
(from RM-Meditsinskay-a Geografiy'a No 3, Mar 71,,Abstract 170 3-36.116)
Translation: Epizootics of plague in the Volga-Ural interfluvial area are
most frequent and constant over a wide area extendlng from the southVestern
boundary of the sands tbrough the central part to tho north-eastern edge.
The significance of the little suslik in the transfer of the pathogen during
the Bummer montha is reconfirm-a. A scheme of Pmdauental methods for the
examination of plague foci during the period of the Interepizootic lull and
during active periods is presented. Zvaluation of tbs methods used for
laboratory research is presented.

~w
USSR UDC: 51
V".I., PRILUTSKIY, 1-1. Kh.
"Comparison of Two Idealizations in the Problem of Scheduling Theory"
V sb. Vychisl. tekhn. v masbinostroyenii (Computer Technology in Machine
Building--collection of works), Minsk, 1970, pp 206-29 (from Rl"h-Kiber-
netika, No 1, Jan 72, Abstract 1111o lV845)
Translation: It is shoim that the Dellman-Jobnson probler. with n jobs and
m. machines reduces to an analogous problem with n jobs, 2m- 1 machines,
and the condition that each operation begins and ends respectively no
sooner than the operation preceding it begins and ends, V. Tanayev.

USSR UDO 621.~72.826
- V V. Inatitute, Of Radio Engineering And Electronics, AS, USISRI
"The Behavior Of Wave Numbers Of Dielectric Waveguidoe Behind The Cutoff Value
(Media With Losses)'
Izv.VUZ: Radioflzika, Vol XV, No 2, Fab 1972, pp 257-2.65
Abstract: Solutions in which t*-iermal lonses in inner and cutar media are taken
into account are found for tho disperLmion cluationa for wavea of plar,~ and
circular (ayma,,5trical waves) homogeneous dielectric weveguidos. Particular
attention in riven to an analyein of the dinpo3i-Lion VX the a-olutionn fil a
complex plant of tho traneverto wave numberv with reopl~ct -to the plonj cut
which veparatoe the reaic!nn of p~qBicul and nonphysical eolutions. It im shown
that for both waveguides the solutions corresponding to backward Impropdr waves
are on a nonphysical sh~-:et of thie cotaplax plane. The nu)in differoncer, in the
behavior of wave n=bers for plane and circular viav-_-6Uide,- -,iith respect to t?'5
field frequency or waveg,,ide paramritorB are pointed o,,ilv. Thin word waij conduct-
ad at the Brooklyn Polytechnical Inntituto (USA). The author thunko Prc~fossfi.)r
L.B. Felson [t renal ite rati on forom Russian] for hin inti4r,3nt in t"his worli, and
all participz.:nts of tht llemin!tr m t~e theory of- waven OV the
Olectropl-kynical Faculty of Brooklyn Polytechnical lnvtituta for discuBBion of
-the revulto of the work. 4 fig. 10 ref. Received by editors, '22 Sept 1971-

USSR UDC: 621.785.3s,1.001:669.29S
KOLkCHEV, B. A., GORSHKOV, Yu. V., ARTSYBASOV, Yu. N.
ollowing Vacuum An
"Structure and Properties of ON and Ot4-1 Alloys F %ileal ing"
Moscow, Metallovedeniye i Termicheskaya Obrabotha MCtRIION', !No 5, 1972,
pp 6-10.
Abstract: Removal of hydrogen from a metal by vacuui;i annealing is the Post
radical means of preventin.a hydrogen embritt,Jcment. FlowcveT, the sul-face of
vacuum- treated metal is quite active and interacts with water vapor even at
room temperature. The present article stud-led the influence of temperature
and duration of vacuuii annealing on the structure and properti.es of OT4 and
OT4-1 alloys. The chenicil composition of the alloys corresponded to the tech-
nical conditions. The studies were performed using bars IS mi(i in diameter and
sheets 1-3 mn thick. It was found that vacutim annealillp does (1('Crc~asc
hydrogen embrittlemont of GN-1 alloy. Vacuum annealine, 1111proves tile 11techan-
ical characteris ties of OT4 alloy 41-ested with -stress concentTatoys, but vvrorsens
the ric-chanical characteris tics of OT4-1 alloy under those same conditions. It
is recommendecl that vacuum annealing be performed at 61tC for two hours 1,.'ith
subsequent oxidation of the surface of the sheets by allowing air into the
System at 300-4000C.
------ ----

~'JSSR UDC 621.372.826
V V Institute of-Radio Engineering and Electronics of the USSR
9"XQi9"=ANkW"W1
Academy of Sciences
"Behavior of Wave Numbers of Dielectric Wavb Cuides Beyond the Critical Value
Ofedia with Losses)"
Gor'kiy, Izvestiya vvsshikh uchebnvkh. zavedeniy, Radiofizika, Vol XV, No 2,
1972: pp 257-265
Abstract: The solutions of the dispersion equations for waves of flat and
round (symmetric waves) dielectric wave guides were investigated. The heat
losses in the internal and external media are considered. The arrangement of
the solutions in the complex plane of the.transverse wave numbers with respect
to the section of the plane which separates the region oi physical and non-
physical solutions was analyzed. For both wave guides the solutions correspond-
ing Lo the return noncharacteristic waves are on the nonphysical sheet of the
complex. plane. Basic differences in the behavior of the wave nUmbers on
variation of the field frequency orwave guide parameters are noted ~-or the.
flat and round wave guides. The primary difference Is that tlne region of en-
counter a.-:j divergence of the branches for the round walre ~,,uide is near -,.Oro
in the plane. However, the preserce of losseu in the mr-Aia to Som(! exteliL
removes the qualitative difference in the behavior of the curves near zero for
112

USSR
SHEVCHENKO, V. V., Izvestiya vysshikh uchebnykh zavedeniy. Radiofizika, Vol XV,
No 2, 1972, pp 257-265
the flat and round wave guides. In the presence of losses in the external
medium in the case of a flat wave guide the possibility arises of direct tran-
sition of a surface wave to the resultant wave. On the contrary, in the case
of a round wave guide in the presence of.losses on the internal medium an in-
termediate region of variation of the parameters arises for which the wave of
the given type is neither a surface wave nor the resultant wave, and the for-
.mal solution gives a slow noncbaracteristic wave.
The research on which this paper is based was performed at the Brooklyn
Polytechnic Institute in the United States of America.
2/2
131

U 3 2, R UDC: 621.372.8
vC=,--i;xO, V. V.
"Separation of Open WavcEaide Fields According to Characteristic
and Nioncharacteristic Waves"
GorIkiy, Isvestiya VUZ--!-?.adiofizika, Vol. 14, NO. 9, 1971, Pp
1242-1249
Abstract: This paper is the continuation of carlicr articles by
the same author (Itkustichesiciv z 1 2, 1963, p 215; Io.
hurnal 2, N&.
3, 1963, P 351) who ' proposed mialyzing the field of oper, wave-
guides using seraratuon by a. system, of orthogonal, 61-1-aracteri s t J_ c
waves of mixed, dis cre te- continuous, spectr~=.~ S-Iicii sej)~?r~.tticn
permit
-s generalizing the methods of the theory of closed waveguides
and applying them to open guides of ti.,o and three dimensions. The
present paper propo.,,;e-.i a iaodific,,-_~tion of lChis ssepa,:!,atioll fur i--'I-
cl-adine noIncharacteristic waves, in adiscrete part cf -the spectnt-,
along, with the characteristic waves. This nodified sep--ration is
more convenient since it permits computing the ni_mplitudes of the
noncharacterist-,ic waves direct1y rather tl~2n tI-xou_,,,-h the inteUral
over the continuous part oj4.' the spectmm, -with,the conseqIucat sel,a-
ration of these waves in the form of residues, as was done in
1/2

USSR
SIIEVCHENKO, V. V., Izvestiya VUZ--Radiofizika, Vol 14, No 9, 1971, pp 1242-
1249
earlier work on the same subject. The proposed notiffication is based on
the analysis of a two-dimensional field of E waves in an open layered
waveguide. The author, a member of the Institute of Radio Engineering
and Electronics, e%presses his gratitude to B. Z. K-atsenelenbaum, and
A. D. Shatrov for their comments.

wa_
-M.M.Poww" _L_
USSR IMIC 515-317.2
VERSHININA, L. N- and SfIrVOrIFNI10 Institute of Padio En-ineering _nnd
Electronics, Academy of Sciences of the USSR, Moscow,
Quasioptical Channels for the SubnIllimeter Wave. Dand"
Moscau, Priborv i-Tekhnika. Eksperimenta, No 4, Jul[Au.- 71, PP 147-149
Abstract: This -i)aper describes quasioptical subm:1.1limeter trans-nissior.
channels of vio cypes- a confocaL lens-type light-guick,. line basod on non-
reflecting lenses, and a diaphra-Latic light guide made up of ii_ri~ diaphrag-.:is.
The lines are constructed in such a -way that they can transmit o-.'y the funda
mental wave node. The results of experimental me;ISLIrCfln('.`ntS Of tih(? Parametecs
of the transmission lines are- presented. Spectrometers for the submillim-.-Aer
band were constructed on the basis of the lens-type lAne. TIlose
spectizo-meters were use(! for studying the absorption spectra of varl-OLIS SrAid
and liquid dielectrics. The proposed quasloptical can be used in
various other types of physical research. The authors thank V. V. Meriakri
for assistance with development of these transmission lines.

USSR UDC'. 621.372.826
1~,A Institute of Radio Engineering and Electran.ics. Acaderv of
Sciences of the USN
"On Behavior of the Wave Numbers of Waves in a Dielectric Waveguide Beyond the
Critical Valuea
Moscow, Izvesti)a Vysshykh Uchabrqkli Zavedenty. Radiofinika, Vol 1,31, No 10,
1970, pp 1528-1531
Abstract: The author considers the dispersion equations for a -NAt dielectric
waveguide (plate), and, a cylindrical dielectric waveguide (rod). and also an
equation which relates the transverse wave nizibers for tho LfieLl inside the
wavaguide and outside the wavaguide. A simultaneous graphic solution of the
three equations is given In coordinates ga, ika, -where g aj:id k ave the transverse
wave n=bers for the sections of tho wave field inside ani:outslldo of the wave-
guide respectively, and a is the radius of the cylirkier (hid-f-thie-kness of tho
plate). The equation which reIntes g and ~ e represented. in tbd-,~ (goordinate
system. as a circle of radius R = Im (6 - 1) V . wtiere kto' E () ~ 0) ") ,E 0 and ~ 0
are the parameters of the aediun out~slde the wagaguide. The ga intercapta of
the braunches of the disperuion equations hav6 finite positive dorivatives. The
1/2

USSR
Rad of I I Vo
Izvestiya Vysshykh Uchebnykh ZavedenJv I z ka, 1 13
_WIZW ,
No 10. 1970. PP 1,428-1531
behavior of the graphic solution Is examined on the basis of intersection be-
tween the circle and a branch of the dispersion equation Iror a plate. In par-
ticular, the behavior of the wave nunbers is studied as th-s frequency of the
field and the parameters of the waveguidos -ire varied fort wave:numbers passing
through the critical value and in the region,beyond theo-witical value where
the waves are no longer surface waves.
2/2
IMUM", ~__W~__101_1

USSR UDC 681.3,06:51
-SHEVCHENKO, V. V.
"One Class of Parametric Recursive Grammars"
Mat. Obespecheniye ETSVM. Vyp. 3 [Digital Computer Software, No 3 Collection
of Works), Kiev, 1970, pp 81-94, (Translated from Referativn,,Iy Zhurnal, Kiberne-
tika, No 6 1971, Abstract No 6 VS90 by V. Mikheyev).
Translation: A formalism (class of grammars) is studied, allowing the 1~st of
methods of expansion of one nonterminal corresponding to a syntactic unit, the
"statement" in a word corresponding with data to be either reduced or completely
eliminated. It is shown that by placing various limitations on the parameter5
of grammars, subclasses of grammars can be separated allowing more or less effec-
tive control of the development process. As examples, severil strictly non-list-
ing parametric recursive type grarmiars are congtructed,