SCIENTIFIC ABSTRACT KHOKHLOV, A.S. - KHOKHRYAKOV, M.K.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002201320001-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

UNCLASSIFIED_- . _

UNCLASSIFIEF)-` 0.4 kj C ES S I M G -0 A T r- - - 1 30'-,' 10
T ITL'-::--F- I ON UF i3 E f A LYS I INE I N T i I FG'JR.~ Lii -Bl0syNlHi-*_';ls OF
STREPTOTHFICINE ANV1310TICS -U-
0 3 V G RON IN A v01 T C- V A R 0'/ A K H C M i L Q VAS
.AUTHO;
~CCUNTRY OF INFO--USSR
SOURCE,--- I ~Vll:-ST IYA AKADEMI I"NAUK S SSR, SERIYA 6IL;LGGjr;_ESKAYA,' 1970s INR 3y
PP 435-440
DATE PUBL ISHEO ------- 70
SUBJECT A R.':
EAS--RICL'GGICAL ANU MED I CAL SCIENCES
I TIC, BIUSYNTH-SIS, LYCINFt
-~-TOPIC TA.:;S ANT13
FERMENTArl Cj'l/(LI) STREPTOTHR, K INE MiTIBIDTIC
ST.
C.04TROL MARKI.NG--blig Kc RICTIONS
'CLASSIFIED
0,0CUMENT CLASS--UN
-PROXY kE'__L/FkAME--.30G 1/0498 STEP i'q0--UR/G21,5/7Q-f 00,)/Q03/04i-3:~/~)44-0
.(;[.RC AM~'.SSION

:'~-'21-2: 020 UNCLASSIFIED PROCESSING DATE-13NOV70
CIRC ACCFSSIOLM Nt~--AP0126245
-XTR -- t 1J) GP-0- A3STRACT. rHE PRESENT PA P it D,:-- A L S FH Tll~~
A9S TR AC T/ I ACT
QUESTION OF FORHATION OF BuTA LYSINE IN THE CC;OkSE OF 13fc;SVjTliEo'IS OF
STREPT13THkICIN A''TI310TICS. UTILIZATION OF C PkIM--'14 Li4BELL--D
BETA LYSINE:CARBOIN J0iTR,,s'r TO GTHER
HAS SH04N I I 1\1 C
AM I MOA.C D5 B S PREFERABLY I NCUAPORATE D ~ I INTO POLYMYCkNE (A, 6, C, 0,
F TYPES lbF STkL-PT(~-rHRICIN'l-%) AND ST~.FPMTHMCINE 1:1 DFTEAAl,'14AT!0-,-4 OF C
-GUL - i K I
PRIM-E14 -M DIFFERENT PA(w~ OF THE- STPtPTOTRIC INE F tQL( c Iit 1-H s
Fi-IRMED IN THE PRESENCE OF ItC ;HAS SHO',q~l THAT TH E
I-i4CORP-GRATE-0. C-A,,BON OF 1,-C PR 1,lt&14~ OL ALPHA I L--mSllll-E 15 COMPLETELY
L f 0 1 IIJE
-DETF-CTEJ.-fiW8FTA LYSINF, iiHEREA-S: NO LA8EL; IS FOUND BOTH STREPTO
A-0 GULO-SAM[NE) TPIS- SM"ING THE SP-CIFICITY :OF INCCRP.311ATI-~' THUS IT
'E; iES TO TH~ PATH CiF BETA
WAS 01' CLUDED TWT ALPHA LYS[N V, E K Y, CLO:SF
--LYS 1141F. ilERMENTATION IN THE COURSE. OF STPEPTOT,WRICIN 810SYNTHEStS.
FACILITY. - INST I TUrE OF Cli&ilS,TkY 0 F :14ATURAL PROUCT S:l ACADEMY OF
S C I 61C E S USSR.
UNCLASSIFIL-1)

USSR UDC: 62-1.397.62
KHOKHLOV, B. N.
"A Decoding Device for a SECMT System Color Television Receiver"
Moscov, Otkrytiya, izobreteniya, pronyshlennyye obraztsy, tovarnvye znelki,
No 4, Feb 71, Author's Certificate No 292252, Division H, filed 23 oct 67,
published 6 Jan 71, P 152
Translation: This Author's Certificate introduces a decoding device ZfOr a
SECAM system color television receiver. The decoder contains a band filter
connected to one of the inputs of the color commutator through an amplifier,
and to the other input through a series circuit comprised of a delay line and
anplifier. The unit also contains stages for correcting high-frequency
predistortions. As a distinguishing feature of the patent, in order to
improve the quality of correction of high-frequency predistortions of the
television signal, the stages for correction of high-frequency predistortions
are connected separately in both the direct and delayed channels.

USSR uDc: 621-397.62:535-67(088-8)
KHOKHLOV, B. IT., SHABEL'NIKOV, I. I.
"A Chrominance Signal Recognition Device for Color Television Receivers"
USSR Author's Certificate No 250983, filed 23 May 68, published 2 Feb 70 (from
RZh-Radiotekhnika, No 7, Jul 70, Abstract No 70221 P)
Mranslation: A patent has been granted on a chrominance siUal recoEnitior, device
for a color television system in which the recognition sipyal is transmitted during
transmission of the field-quenching pulses. The device contains an integratting
circuit connected to the outDut of the color difference =plifiers, and a trigggering
unit. To reduce the effect which the transmitted image subject has on the opera-
tion of the device, a switching stage controlled by the blazfKin(,r field pulses is
connected between the output of the,integrating circuit and the input of the
trigger unit.

00 43316
UR 0 482
Soviet Inventions Illustrated, S tion. 11 Electrical, Derwent,
,
Co WUR EQUiMUT
r242958 IN TELSIftS ION WEIVERS
SECO
contiL S cb rrectioncascade for 14F Ift-Trz.,tortion
ih commutatbr (3y..,Aiiectly
(1) amplifier
(2) -associate wi
.
and through-de'lay oetrli:al. rj ger 14.) which
f 0,1~ ~4yv
.qu- cy discriml
controls comutator.13), fte
#P nator-s (6),
,
(7), and.chrominance cascade*s (0), (~O)~ 1 1~;Lmplification
*
of equipment'for ir~~ua i, ~dis6
pnnect ion of: ~Iour 'Output
of (8) and.(101, io.connect" thrbugh,integ'rator,,gate
and differentiating circuL~ to trigger (4);~
30,8.67 as 1181114/26a-9
5.5.69, Cless 218 Int.' F-H:O,D~

G1530
97
1

USSR
UDC 621.391.82
ANDREYEV, G. A., LEVCNETS, B. P., 1UGID, R. M., Cor'kiy
State UniverS4ty
"Effect of Additive and Multiplicative Noise on the Accuracy of Measuring the
Angular Position of a Radiation Source by Systems with Pulse-Duration Modula-
tion!'
Gor'kiyj Izvestiya vysshikh uchebnykh zavedeniy, Radlofizika, Vol XV, No 9,
1972, pp 1367-1375
Abstract. Theoretical expressions were obtained for the man square error in
measuring the angular position of a radiation source by the pulse-time method
under the effect of additive and multiplicative noise. The relative error
caused by multiplicative noise significantly exceeds that caused by additive
noise. This is explained by the fact that the multiplicative noise i5 not
equivalent to additive noise with respect to the pariiwetero of the spectrum.
Multiplicative noise can be reduced by l(wering the respant3e threshold, in-
creasing the integration time by comparison with the correlati-on time or
attenuatimg the depth of the rando= modulation of t1he received signal. The
implemented measuring system provides an accuracy which is V2 times less than
the potential accuracy.

LWR UDC 681.325.65:S25
BARYKIN, N. A., ZAYGEPJ-RKhER, D. M., KHOIdIwir-G, -N.,. BALUSHKIN, K. S.,
KOZOBRODOV, V. A.
"Logic Circuits Based on Pneumatic Re I ay, Elements"
Pnevmatich. Privody i Sisterny upr. [Pneumatic Drives and Control Systems
Collection of Works], Moscow, 14auka Press, 1971, pp 267-272, (Translated
from Referativn)-/ Zhurnal Avtomatika, Telemekhanika i Vychislitellnaya
Tekhnika, No 11, 1971, Ahstract No 11 A74 from the Resume).
Translation: The basic characteristics and nomenclatures of pneumatic relay
automation elements (PERA) are presented, as well as t)Tical logic. device
circuits based an these elements. A modular-element method of planning of
devices based on PHRA and the experience of the application of the standard
circuits are studied. 6 Figures; I Table; I Iliblio. Ref.

!?~ ROC ES SING DATE--13NOV70
112 023 UNCLASS I FIED;
T-ITLE--ELECTRICAL CHARACTERISTICS OF THE~SYSTEM ROCK ICE -U-
AUTHUR-( 04)-6OG0o,13OSKlYp V.V.t KH0KH6.Cdj Go P.v FMI)ROVr B.A.r TREPOV9 G.Vo
OUNT R Y0 Fr INFO--USSR
SOURCE--AKAD, NAUK SSSR DO'KLADY, V. 190, NO. 1, PP. 88-9o ILLUS., TABLE,
DATE PUBLISHED ------- 70
UBJECT AkEAS--EARTH S C I E jNC E SA14D 'CE
G -ANDGRAPHY,
TAGS--RCjCKt ICE, PERAAFROSTs RA 0 10 WAVE ABSORPTION, RADIO SIGNAL
MARKING--NO RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
PRUXY KEELIFRAME-3005/1998. STEP Nd--UR/0020/70/190/0t)l/,Iotib/0090
CIPC ACCESSION -NO*--AT0133833
UNCLASSIFfED

USSR uDc: 681.325.3
V. S., KfiSHITSYII,,Ye. M.
KHOLKI11, 1. 1. , NOVIn
"On Improving the Dynamic Properties of Frequency-Code Converters Which
Measure Signals from Differential- String Pickups"
Tr. Ryazansk. radiotekhn. in-ta- Otrorks oil the Ryazan Rr-_dio Engineering in-
stitute), 19-jO, vyp. 18, FP 93-96 (from Kh-Avtozmatika, Tele-me-khEunika i
Vychislitellna3~a Tekhnika, No 111, Nov 70, Abstract No -11A173)
Translation: An effective means for reducing dynamic errors of frequency-code
convex-ters for string pickups of the differential type is multiplicaticn of
.the frequencies to be measured. A digital tvo-channel device for multipli-
dation cf pulse-frequency signals is considered which is base~d on the prin-
eiple~ of filling the per'Lod of the frefluency to be convorted.. Thi., df-,vict! wi-..-;
used in a self-adaptive smothing converter irhich rj2asured frequency siplials
-from precision differential string a(;celerometers. Two illustrations, tdbli-
ogrfLplrf of three titles. V. 14.
39

USSR UDC[621.362:538.4].001.24
POPYRIN, L. S., PSHENICOOV, N. N., ROSHCHIN, A. 11., KHOKHLOV, L. K.,
SHISHKOV, Ye. V.
"Calculated Studies of Open-Cycle Power Magnetohydrodynamic Ceneratorsti
V sb. Teplotekhn. probl. pryamogo preobrazov. energii (Heat-Engineering
Problems of Direct Energy Conversion--Collection. of Works), Issue 2, Kiev,
"Nauk. dumka," 1971, pp 3-11 (froir RZh-Elektroteklinika i energetika, No
12, Dec 1971, Abstract No 12A173)
Iranslation: The results are presented of calculations on an electronic
computer of the effect of finite (scalar). conductivity op. the characteristics
of a magnetohydrodynamic (MID) channel, its length and profile, and also the
results of a calculation of the cost of the 1,11D channel and the SP [?in1herent
parameters] of the magnetic system as a function of the finite conductivity
and the temperature of heating up of the oxidant. rhe, calculations were
made with the aid of a mathematical model, WorIked-out at the Siberiall Po-.-ler
Engineering Institute of the Siberian Department of the Academy of Sciences,
USSR, for thermodynamic and technical-economic studies of composite power
plants with open-cycle MID. 3 1.11. 2 tab. 2 ref.

USSR UDG L621, lx~62:A~8.41-16: r-~ 1. 56.col.2
Z.AGORODNIKH, A.T., KH0Fj9XV,-L~Kj-, SHIGHT-07, YE.V.
'Concerning YBDorization Of An Ionizable Additivo With Various Mothods Of
Introducing It Into The Loop Of A MagnatQhydrodynamic Generator Based On Tne
Products Of Co=b-uetion Of Natural Gas"
V ob. Teplotekhn.probl. r smoeo Preobrazov.snergii (Host-Engineering Problems
Of Direct Energy Conversion-Collection:0f Works), Isaue 2, Kiev, 'Tsuk.duMka,4
1971, pp 60-66 (from Mi-Slektrotekhnika i:eneEgstikap No 12, Dec 1971,
Abstract No 12AI80)
Translation: The following mathods of introducing tho additive (KaCO ) are
considered: introduction of additive in an aqueous sotution; intrcduciion of
powder-lilce additive; introduction of additive producod in the form of rods
or slabs (plitka] into the combustion chamber through s packed window in the
wall; introduction of additive through:a plasmotron (6.g.t using- it in pressed
lectrodes). Dependences are Siven'by which It is possible
form as one of the a
to determine the effectiveness of ths applicable method and also to choose a
point of entry and the dispersion of the additiva. I ill. 6 ref. [Osoboye
konatruktorskoye byuro novogo obomdovaniya Hinietere~va energetiki i elel--to-
stentsiy 355R.-Spocial DeBign Bureatt For New Squipmek, Kinistr-y Of Power And
Slactric. Fo-Aer Plants Of The USSR] V.pl~ Bogetyrov.

1/2 019 UNCLASS I f: I ED PROCESSING DATE--27NO.V70
_-_"TITLE--THE- CONTENT OF SIALIC ACID EN i'll kBLOOD SERUM OF PATIENTS 14[rH
ACOT E CHOLECYSTITIS -U-
~-AUTHOR-(031-KHOKHLOV, N.F., NEYKOV, G.N. I KAPARULIN111 L.T.
OF IN.FO--USSR
~..SPURC E--K,L I N I C H ES K AY AMEDITSINA, 1970, VOL 48 ,NR 4v PP 79-82
------- 70
AT E PUBLISHED
Sl:lb .3 i E CT AREAS--BIOLOGICAL AND MEDICAL sci-ENCES
TAGS--LIVER DISEASE, BLOOD SERUM ORGANIC SEk-UM, LEUKOCYTOSIS,
GAL,LBL ADDER
~'CCINITRQL MARKING--NO RESTR TCT'ONS
--0.0-CUMIENT CLASS--UNCLASSIFIED
__L/FRAM6--30104/0 736
PPOXY RE;- STEP N0- UR/0-'i 7/7t ft" /004/0079/00,32
c Ic A c C F711 10 11.1 IN" - - 0 13 11
- - ------- Wl- L

212 019 UNCL ASS If: [Efj PiWGE5S1iN'v DATE-- 27NOV70
--ClRr ACCESSION NO--APOL31331
,.'BSTRACTIEXTRACT--(U) GP-0- ABSTRACT. THE AUTHORS CARRIED OUT DYNAN11C
STUDIES OF THE CONTENT OF SIALIC AC 10 I.N THE BLCOO SERUM IN ACUTE
THE OPER AT I ON , IN THE POSTOPERATIVE PERIOD A "P) A T
-CHOLECYSTITIS: BEFORE
DIFFERENT STAGES OF CONSERVATIVE THE:R4PY It'll 47 PAT[ENTS. IT WAS FOUND
THAT THE BLOOD SERU* LEVEL OF SIALIC ACID MORE DISTI.,'.C' LY lHAN
LEUKOCYTOSIS REFLECTS THE DYNA41CS. GF 1HE INFLAMMATORY PROCESS A"'10 THE
DEGREE OF DESTRUCTIVE CHANGES IN THE WALL OF THE GALLBLAODER. I P-1
"~_POS.TOPERATIVE COMPLICATIONTHE LEVEL OF SIALIC ACED RISES SHARPLY.
ANALOGOUS CHANGES WERE ALSO OBSERVED IN PAT~ENTS TRFATED GONSERVATIVELY.
THERE WAS ALSO ESTABLISHED A RELATIONSHP BEPWEEN THE LFVEL OF SIALIC
TION OF THE DISEASE.ANO 'FUNCT IONAL STATE OF THE LEVE,
ACID THE.DURA R
THE- AUTHORS RECOMMEND THE SIALIC ACID ~TEST AS AN ADDITIONAL Oi"JE IN ACUTE
KLIN -IIRURGII
CHOLECYSTITfS. FACILITY IKA GOSPITALINOY Ki
r~';,_-JSELINOGRADSKOGO MEDITSINSKOGY0 INSTITUrA,
C 1 A 5-5 -1

USSR
Pestle:
SAVENKOV, N. P., and
"Synthetic Method for 760 -Bromovinyl Ketones"
USSR Author's Certificate Ho 353148, filed 23 Feb 70, published W Nov 72
.(from RZh-Rhimiyag No 20, Oct 73, Abstract No 20,090P)
Translationi A patent is applied for for the synthesis of the compounds with
the general formula BrCH a CHC(O)R (1) (R - alkyl, . alkyl halide, Ph) based on
the reaction of carboxylic acid chlorides or bromides with CH-CH in presence of
AlB53 at a temperature ranging from -2D0 to 600- Example. into a solution of
0,05 mole AcBr and 0.055 mole AlBr, in 70 ml CHZC12, CH-Ch in passed with
stirring for 0.5 hr at 10-2501 theidxture is poured on Ices organic solvent
Is evaporated, dried over "a2SOW CH2Cl2 is evaporated.~ vacuum distilled to
0 2- 20
yield I (11-Me), the yield 41.~%, bops 47-50 /20 mm, ri~ 1.4930, dJ~io 1,5960.
Analogously following.1 were obtained (H, yield in %, b.p. OC/mm, nj) , d2 being
reportedt Et, 49, 68-9/20, 1.4910, 1.4865; Pr 84.7, 55-816, 1-4925, 1.3934;
'so-Bu, 72P 54-7/3, 1.4720,, 1.26801 Pte(;HBrp 49: 63-4/2, 1-5,395o 1.8906F Pht
79-5, 55-7/0015, 1-5952g 1.5254. 1 are intermediate products for the
synthesis of pesticides.
1/i9

USSR UDC 632.95
BLIZNTYUK, N. K., KWSHA, Z. N., VARSHAVSKIY, S. L., BAFkNOV, XP?t-_L- t
LIBMAN, B. Ya., STREL'TSOV, R. V., PROTASOVA, L. D., II.ARKOVAt L. I.,
KHOKIILOV P S , ILADZHARA, G. A., KIRILINA, L. E., All-Union Scientific
Researcth ~I~n;stlLte of Phytopathology
"A Method of Making Thiophosphonyl Dihalides"
USSR Author's Certificate No 337384, filed 31 Oct 69: published 2 Jun 72
(from RZh-Khimiya, No 9, May 73, abstract No 9N500 by T. G. Chekareva)
Translation: Compounds of the general formula RP(S)X,) (1) (R = Cl-C12-alkyl,
cycloalkyl, aryl, unsubstituted alkyl or alkyl contaGing substituents, Cl
or Br; X = Cl, Br) are synthesized by reacting (RS)IP (II) with a 2-10-fold
excess of PX3 with heating to 250-330% in an autoclave. Example. A mixture
of 0.07 male of II (R = 1,11e) and 0.7 mole of FC13 isheated in an autoclave
test tube of stainless steel.at 290-3200C for 5 hours. The excess PC13 is
driven off at atmospheric pressure and*distillation.of the residue in a
vacuum gives I (R-14e, X-CI), boiling point 70-30/60, nZOD 1.5510, d4 0 1.4421,
methods are used to produce other cor-pouads of type I
yield 52%. Similar
(given are R, X, boiling point in 'C/mm, n20D, d420, yield in %),. Et, Cl,
64-8/15, 1.5418, 1.3527, 58; Pr, Cl, 85-8/15, 1.5285, 1.2942, 40; iso-Pr,
C1, 72-5/15, 1.5290, 1.3017, 47.5; Bu, Cl, 111-13/25, 1.5269, 65;

07
USSR
SUKHOMILINOV, B. P., Vopr. tekhnol. ulavlivaniya I pererab. produktav
koksovaniya, Kharkov, 1972, pp 50-56
sulfur with a sufficient amount of powdered SL. A SN screw mixer Is recom-
mended for bringing the components into~contact under pressure and pulveriz-
ing them-at the same r1me.
2/2
a-1

USSR UDC 632.95--
BLIZNYUK, N. K., Pj0KHWV,-P-_-9-" KVASHA, Z. U., MARKOVA, L. I., LEVSKAYA,
G. S., PROTASOVA, L. D., SCLNTSEVA, L. M~, MATYUKHINA, Te. N., VARSHAVSKIY,
S. A., BARANOV,Yu. I., LIBMAN, B. Ya., WENCHUMIN, S.:G.
"Method of Production of Dichlorides or Dibromides of Thiophosphouic Acids
or Their Bis Analog"
USSR Atithor's Certificate No 332095, filed 19/08/69, published 17/04/72
(Translated from Referativnyy Zhurnal Khimiya, No 24(11), 1972, Abstract No
24NS91V by T. A. Belyayeva)
Translation; Compounds of the formula RPMX2 (1) (R=alkyl, aryl, aralkyl;
X=CI or Br) and X2P(S)A(S)PX2 (II) (A-bivalant hydrocarbon radical) were pro-
duced by the reaction of mono- or dihalo hydrocarbons 17ith S, P -and PK3 with
heating to 230-400* in an autoclave of stainless steel or nickel in the
presence of catalytic quantities Of 12 or its compounds. Example. A mix-
ture of 0.24 mole PhCl, 0.24 g-atom 5, 0.16 g-atom white P, 35 ml PC13 and
0.05 9 12 is heated at 290-330* for seven hours in an autoclave of stainless
steel, the PC13 is distilled, then vaccuum distillation is used to separate
I (R=Ph, X=C!), yield 60%, B. T. 109-1120/3, n20D 1.6241. Similarly, I
were produced (given R, X, yield in %, B. P. in *C/mm, n2OD): 4-Clc6H
1/9 4,

BLIZNYUK, N. K., et al., USSR Author's Certificate No 332095, filed 10/08/69,
published 17/04/72
Cl, 53.5; 124-3/1.5-2, 1.6229- P-MeC H431 Cl, 54.5, 125-7/1, 1.6120; 4FC6H4,
Br, 91,.
Cl, 72.2, 95-7/0.5, 1.6028; Ph, 127-130/2, 1.6350; 4-FC H4, Br, 55,
135-8/1, 1.6758; PhCH2, Cl, 76.4, 120-3/2, 1.6150; 3-T-C6H4,Cl,6108-110/1.5,
1.5908; 4--MeC6H4CH2, C1, 53.3, 126-9/2, 1.6035; 4-ClC6H4CR2, Cl, 61.6, 129-
1,33..2, m. p. 74-6% --; le-FC04CR2, Cl, 61.6, 129-133.,.2, m. p. 48-9%
2,4-Me2C6H3CH2, Cl, 47.5, 140-1.6045; 2.4-C12CO302, Cl, 43.4, 147-9/2,
m. p. 100-V, --. Also produced were II. (X-Cl, A--Ctt2C.H2)I yield 61.5%,
m. P. 92-30. 1 and II are intermediatd products for:the produccion of
insecticides, acarocides, fungicides and herbicides.

USSR UDC 632.95
POKHLOV P~_S_, MMOVA, L. I., ZHEMCHUZHIN, S. G.
"Preparation of Dithiophosphonates"
USSR Author's Certificate No 329184, filed 4/08f7O, published 30/03/72
(Translated from Referativnyy Zhurnal Khimiya, No 24(11), 1972, Abstract No
24N592, by T. A. Belyayeva)
Translation: Dithiophosphonates of the formula RP(S)(SR")OC(Me)=GHCOORI (I)
(R=alkyl or aryal; R' and R!'= alkyl), which can be used as physiologically
acti-,re substances, are produced by the reaction of the anhydride of the cor-
responding dithiophosphonic acid with acetoacetic ester in an inert organic
solvent in the presence of a tertiary base with subsequent alkylation of
the salt formed with an alkyl halide. Example. Taking a mixture of 0.03
mole benzyldlthiophosphanic acid and 0.03 mole Et3N in 330 nil COO add with
mixing at 20-25* a solution of 0.03 mole AcCH2COOEt in 10 nil C6H6, heat to
70-800 for 15 hours until the precipitate dissolves completely, cool, filter,
producing Et3N-saIt I (R=PhQ12, R'=Et, W'=H) (II), yield 71,8%, m. p. 149-150'.
Take 0.02 mole II in 20 Ml C6H6I add 0.02 mole ff.tI, heat 3 hours with agita-
tion at 60-70% cool, filter, wash the filtrate with 1;tater, dry over 149S04,
evaporate, producing I (R=PhCH W-R"-ft), yield 81.2%, after chromatography
21
1/2

USSR
KHOKHLOV, P. S., et al., USSR Author's Certificate No 329184, filed 4/0.8/70,
published 30/03/72
on a column with silica gel (120 1.1690, U20D 1.5739. Similarly, I is produced
(R'=Et)- (given R, R!I, yield A percent, d20 20D): Me, 78.4, 1.722,
n FhC"21
1.5940; PhCH2, Bu, 69.9, 1.1287, 1.5700;,OhCH2, PhCH2, 70.2, 1.6120; Me,
Me. 68, 1.2049, 1.5600, b. p. 146-9*/1.5.

F777777
USSR mc 632-95
SPIMONIOV, YU. A., SHCHEGLOV, YU. V.j SPIRMONOVA, G. S,,jF11T1F-:HFV, A. I.V
nvitr-ni- P_ _C:_ BLIZIMUK, 11. K. All-Union Sclontlfie Rascaxch Institute
of Plqtopathology
"A Desiccant"
USSR taftor's Certificate No 296545, filed 16 Oct 69p published 10 EaY 71
(ftom RZh-,Khimiyag ho 1(11) 1 Jan ?2, AbstraCt 110 IN457 P)
Translation i Sub--itances of the general formula R0C(*-0"2CG0Sn(R')3 M,
H - C?-Cj, R' -a C3_Cj'-a1j:y1 Or a3:-Yl axa propcod oz desiccants.
When introduccif into the coil, In'ra doZe of 10 hu-/hi bz:fox-a --ccdIng, compounds
I have no noticcable effect on plaxits j, but when the s,,j-o -dose of the com-
poundz is used for txcatnnnt in the vegetative stage, thay caso vilting or
doath. G. A. Belyapava.
5-1

USSR UDC 547.341.26'118.07
XHOKHLOV P S MARKOVA, L. I., and ZIMCILUZHIN, S. C., All-Union
T71=03Tratc. Rese
M~xcb Institute of Phytopathology
"A Nethod of Making Dithiophosphonates"
Noscow, Otkrytiya, Izobreteniva, Promyshlennyye Obraztsy, Tovarnyye Znak-i,
No 7. Mar 72, Author's Certificate No 329184, Division C, filed 4 Aug 70,
published 9 Feb 72, p 101
'Translation: This Author's Certificate introduces: 1. A method of making
dithiophosphonates with the general formula
RP(S) (SR")OC(CH3)=C11COOR'
where R is an alkyl or aryl, and R' and IV' are alkyls.* As a distinguishing
feature of the patent, the anhydride of the appropriate ditbiophosphonic
acid -reacts with an acetoacetate ester in an inert organic solvent such as
benzeme, in the presence of a tertiary base.such as triethylamine, with
subsequent alkylation of the resultant salt with an alkyl halide and isola-
tion of the product by conventional methods. 2. A modificatioa of this
method distinguished by the fact that the process is conducted at 0-100%.
ring-mairri-gra Iz. -101jURSTW35h lift I tv I M~~

-7- --7-,,
USSR- UDC 632.95
BLIMIYUK, K., STREL'TSOV, R. V. KHOKPILOV, P. S.,,and MEMCRUMIN, S. G.,
All-~'-Union Scientific Research Institute. of Piivy__E,0-~A~ology
"A.Method of Synthesizing Dithiophosphonic Acid Amid6-Esters"
USSR-Author's Certificate No 259879, filed 17 Jan 69, published 12 Apr 70
Wom,M-Khimiya, No 3, 10 Feb 7.1, Abstract No 3057 P)
Tkanslation: Ditbiophospbonic acid amide-esters of the general formula
RC0NHC11?CH2SP(S),(R')NR''R"- (I) (R = aryloxyalkyl; R' = alkylaralkyl or
arylt R ' and R... = H, alkyl, or aralkyl), which have a wide spectrum of
physiological activity and may be used as:pesticidesi are synthesized by
the-reaction of anhydrides of dithiophosphonic acids with:priniary or
secondary amines in the presence of tertiary anines, followed by treating
th6-resultant dithiophosphonic acid amide salt with RCOG1 and ethylenimine.
Wenty five thousandths mole Of ELP is added at approximately 20*C (cooling)
with-agitation to a mixture of 0.025 mole of methy1dithiophosphonic acid
anhydride, 0.025 mole of- B11N112 and 30 ml of C6116* The mans is stirred for
one-hour at 20*C and for two hours at 50 C, after which a:solution of
00f COCI in 15 nil Of C611- ii; added slowly, stirred
0.025 mole of 2,14-C12C6113 2 b
1/2
24

Ran-arm
USSR
BLIZNYUK, N. K., et al., USSR Author's Certificate No 259879, filed 17 Jan 69,
published 12 Apr 70 (from RZh-Khimiva, No 3, 10 Feb 71, Abstract No 3N557 P)
for two hours, and treated with a solution of 0.025 mole of ethylenimine in
5 ml of C H The mixture is agitated for one hour at 200C, 3 hours at
50%, cooleg"and the Et3N hydrochloride is removed by filtration. The
filtrate is washed with water, dried, and after concentration by evaporation
under vacuum, compound I is obtained in.the residue (given are R, R', R",
R"', empirical formula, yield in %, and n20D): 2,4-CI.2C6113OC112, Me, H, Bu,
C151123CIiN202PS2, 89-5, 1.5865; 2,4,5-C1;)C61!20C1'1Me, p11, "I "t, C211126(:13112-
-Cl2C6113O-q12, 2? -PS21 92,
02PS2, 87.5, 1.5975; 2,4 Ph~h2l 11, Bu, C211'27C', '1202
1.6080; 2,4-C12COPCH2, PhCH21 Et. Et, C2lH27C12N20 I'S 92, 1.6050;
1.6285; 2
2,4-Cl2C6H30C112, PhCH21 "I PhO1211 C241125%N,202PS2, 93. "I-C12-
PS', 9 6.1,1.6235-
COPC'f2l PhCH2, H, Ph, C231123G12N202 2
2/2
R-zirifinall Mis-1111421119 Lill

0 15'
PROCESSING DATE-20NOV0
:,-TITLE--ThlLPf-l_
"l-SPHORYLATE0 )HYLAKIDES 0 F Af-VLOXYALKANE CAl~BcJYYL!r. ArIoS
_U_
_.'ALTH0P-(C5,-_bLIZNYUKt N.K., STRELTSi)Vv:ft.V.t KIRILINA7 L.E., AB"I&OV,
ZFEP.CF.UZHI,%r S.G.
4.".CCUINTRY -OF. INi-C--USSR
.266,769
.-_.-REFEk E-j\CE.---0TrRYTIYAj lZOf3RET*t PROM, 08RAZTSY, TOYARNVE ZNAKI t970,
~_SUBJECT AREAS-CHEMISTRY
~'TOPIC TAG,S--CRGANIC PHOSPHORUS COMPOUNDi AMICEv PHUSPHORUS SULFIDE,
ALKA,NE*-CAR5GXYLIC_ACIDv ORGANIC SYNTHESIS, 'CHEMICAL PATENr
--CCNTRCL PARKING-NO RESTRICTIONS
'0ClCUhENT CLASS--UNCLASSI F LED
REEL/FRAME--3002/1422- STEP NO--UR/0482/70/000/000/0000/0000
CLRC ACCESSICN NO-AA0128821
UNCLASS IFIED

7.7
212~- 015 UNCLASSIFIED' PROCESSING DATE-20NOV70
~~:CLRC ACCESSICN NG--AA0126821
AdSTRACT/EXTRACT-Ml GP-0- ABSTRACT, THIOPHOSPHORYLATED ETHYLAMIDES OF
A
'RYLCXYALKANECARBCXYLIC ACIDS RP(Y)(XR PRIME11SCH SU82 CH SU82'NHCOR
PRIME2-0-, EQUALS ALKYLi ARYL# ARALKYL, OXYALKYLUARYL), THIOALKYL(ARYL);
:R PRIMEL EQUALS ALKYLP ARYL, ARALKYL;R PRIME2 E.QUALS. ARYLOXYALKYL; X
AND Y ECUALS Or S); WERE PREPD..8'( TREATING DER.IVS. OF.P THIO ACIDS WITH
DERIVS. LF ARYLOXYALKANECARBOXYLIC ACID. SALTS RHYMXR Pp'IMEl) SH.M
(Rv R PRIMEI, Xt AND Y ARE SAME AS TFE ABOVE AND M IS AN ORG. OR INORG.
CATIGN)t hERE USED FOR P THIOACID OERIVS.; ARYLOXYALKAINECARBOXYLIC ACID
CHLORIDE 6AS USED FOR THE ARYLOXYip ALKANECARBOXYLIC ACID DERIV.; AND
THEIR MIXT. WAS TREATED WITH ETHYI.Eqit4lNE-. 100r, PLACE
IN AN ORG. SOLVENT!, SUCH AS C SU86 li~SU86t AT:15-200EGREES.
-.FAC,ILITY:, ALL UNION- SCIENTIFIC, RESEARCH,: INSYITUTE OF; PHYTOPATHOLOGY.
UINCLASSIFIE0

USSR TJDG 632.95
HHORRiLoyl P. S., SAVEITKOV, N. F.j BLIZNYUKj H* K. 9 0 HAYEVA, T I.
All-Union ScJentific Research Institute of Ph tapathology, Moscow,
Ministry of Agriculturd U&SH
"Method of Obtaining Amides ot Dialkylphosphoric Acid"
USSR Author's Certificate No 248L591 Cl. 12o, 16 (C 070, filed
47far 68, published 26 Feb 70 (from RZh-Khim ej 0 19 (11), 10 Oct
70, Abstract No 19 N576P by L. V. ReZVODOVBKA
Translation: Compounds of the f or=la RC (0) CH CBMIF (0) (OR 1) 2 M.9
where R a alkyl, aryl, R? Z alkyl, are obtained by the interacti7on
of RC(0)CHvCHNH,? (II) with 01NOMORI) (III) in tho presence of
07T-'03.0~11Q and 0.02 mole
BtA~ To a soluti-on of 0.02 mole il
BtaN 1- 20 m.1 benzene, 0.02 molo M (R I a BO n 5 ril bonZeno is
ad ed, heated 4 hours at 75-8001. -Za filterodp the 1~iltrate is
evaporated, and I (R a 4-010 Ir R, v HO is obtaint)(1, yield 85.2%,
61
melting point 1V-40. Analog oly obtained ax-6 tho following I
(shown are R, R1, yield, melting point): 4-0106 p Bu, 86-31 179-
896 4-BrC8%, B~, 55.79 207-9 and I .(R = H, H, yield 94,
- - 1.1562* 1
nr,- D 1.48 2, oan. Ve" employed na posOcides.

~7-
UDC 547-569-1
KHOKHLOV P. S., KALUTSKIY, L. A.s NAZAROV T- A. MOCHALKIN, A. 1.
Er~~, X. K., All-Union Scientific kesearch Institute of Phyto-
Moscow, Kinistry of Agriculture. USSR
pathology
;IlAnomalous Reaction of Arylthioethanole With Phoaphorus Trichloride"
Leningrad, Zhylrnal Obshchey Khimii, Vol 40t No 4p Apr 70o pp 795-797
Abstract: The reaction of arylthioethanols with phosphorus trichlo-
ride in the presence of hydrogen chloride acceptors gives bis(aryl-
thio)ethanes instead of the expected phosphorous.acid esters. The
~same products are formed in the interaction of arylthioethanols with
:benzyldichloropliosphine, hexaethyl triamidophosphite and phosphorous
acid. :The structure of.the resultant. bia(arylthio)ethanes is con-
firmed by ?MR spectra and counter synthesiso

008 UNCLASSIFIED PROCESSING DATE--30OCT70
TITLE-SYNTHES15 AND SCME PROPERTIES OF ACYLVINYLE111YLENIMINES -U-
-:AL'THUR-(04)-SAVENK0Vv N.F-s KHL)KHLOVI
P.S., ZHEMCHUZHIf9i S.G.p LAPITSKIYr
.........
G.A.
:~.(:GUNTRY OF INFO--USSR
~'SCURCE_ZH. ORG. KHIM. 1970, 61,4) 707-10
ED---70
'_~ATEPUBLISH
.~'SUBJECT AREAS--CHEMISTRY
TOPIC TAGS-CONDENSATION REACTION# ETHYLENEY IMINE, ORGANIC SYNTHESIS,
f H IL, CHLORINATED ORGANIC COMPOUND
~XQITRGL MARKIhG--NO RESTRICTICNS
,60CUMENT CLASS--UNcLASSIFIE0
REEL/FRAML--2000/1960 STEP NO--UR/0366/70/006/004/0707/0710
CIRC ACCESSICN NO-AP0125549
UNCLASSIFIE0

--30--- CT7C
212 008 UNCLASSIFIED PROCESSING DATE J
CIRC ACCESSICN NO-AP0125549
GP-0- ABSTRACT. THE CONDENSATION GF RC0CH:CHCL
WITH R PRFME1 H GAVE RCOCh:CHR PRIME1 (1) IR IS PHj OR 4,,CLC SUB6 H
ISU34i R FRIME1 IS ETHYLENIMINO). THE ACT LON Of HCL ON I (R EQUALS ME)
GAVE ACCH:CliNfiCH SU8Z CH SUB2 CL. SIMILARLY, I REACTED WLTH R PRIMEZ SH
-OR R PRIME3 COSH TO GIVE, RESP.1, RC.'OCH:CHNHCH SUB?_ CH 5032 SR PRIME2
r
ill RCOCH:CHNHCII SUB2 CH SU82 S-COR PRjmE3 (111) (COMPO. TYPEo Rt AND
KPRIKE2 OR R PRIME3 GIVEN): 11, M E ,PH; 11, ME,!4#CLC SUB6 11 SU34;
MET C SUL16 CL SUB5; 11, PH,,2,5,CL SUB2 C SUB6 H SU133; 112, PHv C
~SUB6 CL SUB5; I I I , ME, ME; I I I , Plit PHi Ills MEt 2#-'f,CL SUB2 C SV66 H
OCH.SUB2: AND 111, PHr '2r4rCL SUBZ C SUB6 H SUB3 MH SUB2.
FACILITY: MOSK. INST. TONKOI KHIM. TEKI-NOL. IM. LOMONOSOVAP MOSCOWt
USSR.
UN'
I'LASSIFIED

ERMINE
iT
112 Oil UNCLASSIFIED PROCESS UNG CA TE-- 27NOV'70
TITLE---ANOMALOUS REACIION OF ARYLTHIOETHANOLS WITH PHORPHORUS TR[CHLORIDE
KALUTSKIYY L.Aop NAZAROV.1 T.Aot MOCHALKIN,
Qw.Xwoumovo
A. 1 0 1 -.BL HWUK sN.Ks
UNTRY OF 1Nr_G__UsSR
C 0
OBSHCH. KHIM. 1970f 40(4), 795-7
AT EPUBLISHED-----70
S IJBJ EC TAREAS--CHEMISTRY
_.iTOPIC TAGS--ETHANOL, PHOSPHORUS CHLORIDE, ORGANIC SULFUR C014POUND, ARYL
''RADICAL, ORGANIC SYNTHESIS
~%.~:C OUR 0 LMARKING--NO RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIEO
-PROXY REEL/FRAME--3006/1502 STEP NO--,Ulk/0079/70/040/004/0795/0797
.,C I PC ACCESSION N13--AP0135163
UNCLASSIFIED

212 Oil UNCLASSIFIED PROCESSING DATE-27NOV10
-CIRC ACCESSION NQ--AP0135163
ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. ADDING 0.01 MOLE FICL SUB3 TO 0.03
MOLE PHSCH SUB2 CH SUB2 OH AND OoO5 MOLE ETHYLFNE~OXIDE IN MEPH AT
0-50EGREES, HOLDING AT 10-15DEGREES UNTIL REACTIVE CL 14AD BEEN CONSUMED,
1: SGAVE fFTER ADoi,4.
AND EVACUATING THE MIXT, SEVERAL HI AT:I00DEGRF. OF
0.01. MOLE H SUB2 0 AND HEATING TO 100DEGREESt A LITTLE PHSCH SUB2 CH
SU82 OH, 8 SUB2 110-17DEGREES, AND 80.,9PERCENT (PHSCH SUB2) SU82, 4.
SIMILARLY WERE PREPD, THE ANALOGS WITH AkYL GROUPS SHOWN:
P-MEOC SUB6 H SU94 (1) M. 102-3DEGREES,; OrCLC SU36 H SU841 M.
75-6DEGREES; AND PvCLC SUB6 H SUBItt Is.187-BOEGREES4 IF PCL SUB3 15
REPLACED BY PHCH SUB2 PCL SUB2 THE IST REACTIONGAvE. THE SAME PRODUCT BUT
IN 61PERCENT YIELD; REPLACING ETHYLENE OXIDE 5Y ET SUB3 N GAVE A
68RERCENT YIELD OF THE SAME PRODUCT; IF HCL ACCEPT OR IS OMITTED, THE
REACTION WITH PCL SUB3 GIVES MAINLY CLCH $UB2 CH SUB2 SPHo HEATING 3
MOLES PHSCH SUB2 CH SUa2 OH WITH I MOLE (FT -Sj62 N1 SU$3 P AT
120-30DEGREES WITH OISTN. OF ET SU3Z NH GAVE AFTEk FINIAL TREATMENT WITH
1 MOLE H SUB2 0 AT 90-100DEGREFS 2 HR,i77PERCENr (pHsci-i suBz) SU32.
HEATING 0.06 MOLE PHSCH SUB2 CH SUE12 OWWITH 0.03 MOLE:H SUB3 PO SU133
AND A. TRACE H SUB2 50 SUB4 IN XYLENE 3, HR:WIT14 SEP,111. OF H SU6Z 0 GAVE
68PERGENT (PHSCH SUB2) SUB2. REACTION OF P,MEOC SUB6,H SIJ84 SK WITH
J; ANALOGS ~iERE PREPO. SI ILARLY
tBRCH SUB2) SUB2 IN ETOH GAVE 83PERCENT.
FOR STRUCTURE PROFF. FACILITY' VSES. NAUCH.-ISSLED. INST.
r-ITQPAT0L,j USSR.
i IM 1- i A K EZ r i: I C.-Ft

USSR UDC 632-95
KIM-, OVA, S. I. , SVISTLI,=)VA,, N. S. , GUS'KOVA., L A. , Yu. 11. , SA.IT-ra"ov,
11. F, Y-HG-l;Pllrl,'j P. and PLYU211YUK, 11. K.
A Nenatocide
USSR Authoz's Ce::ti-ficz---;Ic No 2-96546, filed 17 I,Ov 60, yublichc(i 2~ Se!)' 71
(fron, 4"'j-ulmin-I -- khim.3-yan, NO 10(11), 10,72, Lbsti-act !to 1WN528
by T. A. B-:~Iyayi~~va)
Tl,-jc rzcr.~utocidaal activitY is deter;Ancd for subs-L&nC,,S
Translation z of the
general- f o=-,ula 1? (acc-il)C-Hu or arylcnc; v-1-2), which --I--
t 2)n
Lho zz i L
obt Aned by 2.actlc~. of hau idea o' ax-oratic acids. uilh vinvl cblo-icla in
the.presence of, ALICCI 3' 1 is used.in coacciltrat-icLi 0.1, 0.01 aund
Sojac '~O-",O I is dl--solvedl in a 2-l)-i'old volume of ~cctorio and idwa with
J
30-50 rn~- C.?-7. The --olution oYmincd is mixed with iratcr.
I
n-2) (Ia) and I C -c,;v,- , 11=1) (1b) cau-~cs 100-.~l distruction of zallic
6 -102
neia,-t~e. I OR a-,-.d n
i I (1c); r-C"tT4-1'02' 11' "l-C H c1.
-p'-COTIT" u 6 4
dv5tnc-fllo,-, of ben4;ey A.- -
Ta, b cruse 100 -is avcn--e,
z41 Ta ar.1 Ic. (concolitrzvtion 0.1 and 0.015"') cavue a 100"2" dostruction of
Ditvlcnchuz, allil.
IA

z
U-.C:
US 5 -'1" .0 7
BLIZIjIMEK, K. RFL'TSIOV, 1.. V. T~'ILINA, L. E. ,Z--.-:.
OV,
Al 11-7,mion Scientific Researcli lnstit-*~zc- of
"A Method 04' Pioducing OrGancD'-os-,-h-oz-is Compounds"
1,0sco-W, 2-_t1Kr1t4 T 0 -niya. yF nn~,,rt~ C --lo 28,
zo ,ce
2e0' 75,
1970, Soviet Ciass 12 -iled 15 MaY 69, -p 26
"icate in-~rod
Abstract. This Author's Certil 1. A me'ho,-; or -irod-tue-LiC crga=-
pnospnoru3 compounds of the 16-eneral formula
1cfe
where Xis o... on or zulfur, R is wi aliql, arjl, art-U?yl, alkylthio,
aryloxy or ar-jithio, RI is an -oxy, a-lhylthio, avyloxy, ar arylthio, benzyloq,
benzylthio or wnino aroup, ariu is an allryl, alkoxyl o:r amino group. Is a dis-
r r -as d by
t
guishing feeture of the patent, the yield of the goal products is i ,ct-(-- e
interacting anido- or ether sa-Its od Yhoszhorur,~ acids of the Eeneral for=ula
x
1/2

USSR
BLIZ~-'ZUX, K. at al, Ot,!-.,i~,ytiya. :7, 0 De t C.- -1 71'c n n-;7T
O'~
Z-7~lcip -'0 20 1970., 0 v i ot
Ulass 12,
-Y
where X, R and R' havi2 tic meanin;~,,3 listQnd ebo~.,e, and -s a-n allali metU- or sub-
-stituted ancronitm, with -cid chlorides of the &neral fommia
0
If
P"Ccl
Where R" has the micanir,,C~3 listed above, i~ a.,i inert or,cr~-Ac schvent by
et,-hylenimdno Lreatm(.-i-it o" the muction vriass arill isolation of 7che product by
~conventional methods. 2. A ,rodil'ication of this i--kethud i.,i waich th,--- oromis io
carried out at a termerature of 2,,)-6OcC.
2/2

111T P)
Not je,~ I/ Anf7cif.'?2
0
"Oil INTERACTION BETWE0 RADIATION AND QUANTUM SYSTEH WITH
0
- RrLAXING 3U3L6VZ1Z"
T.M. 111inova,
/Department of Physics, bloacow State University, Moscow 117234,
Leninekie Cory, USSR/
The problem of interaction between radiation and quantum
systems with relaxing sublevels Is of general intarcat with rt:-
opect of picosecond pulses generation in dye-lauers, Q-switch
operation in CO2lasers etc..
Th's pa,per As devoted to theoretical study of pulse propa-
sitlon"n laser amplifying medium under relaxation between ex
cited or ground state sublevels. We investigated the steady-
-state pulse form and analysed the character of sublevels p0pu_
latione, change. The parameters which describe the inertia of
system as regards the opectral hole burning were found.
The dynamics of dip formation and its dininteeration in tno~
radiation spectrum are considered also. The redistribution of
the moving molecules energy because of collisions and relaxatioa
,"*.among sublevels are taken into account. The character of the ve-~
> locity distribution change of loner levels populations was ana-
1yGed.
Some effects observed at the various experiments, such a a
spectral hole burning, frequency tuning of generation pulses in
dye-laeore *st6., are disauaned.,

USSR
and
DZHIT11ZHO)1v) 111. S.Y 1,-CHO-TT--V, V. V., m~xmov, V. IT.,
TM-1r-M'TAV- ab~rd imeni M. 11.
Phynics Departn~ent, State Univerzit.;
Lomonosov
"Petonation Gas-Dy-mmic Laser"
Moscow, Pis'= v Zhurnal Eksperimental'noy i Teoreticheskoy Fiziki, Vol 14,
1102, 20 JuJL 71, pp 73-76
Abstract: This a--ticle describes a new type of gas-dynainic laser in -which the
solid Im-terial is det-onated to 6"otrain the initial hieh-te=ratura gas mixture.
Praviouslv th-- hi.-h-temmerature Tndxture vars ob-tained in the ,as-d-,-n=ic
lasers by the rnc~szi!,e of shoelk, waves in the ras m!dka and bv heat-im~~ with an
electric are or b:,- ir-niting t'---- init--l ;fases. The us~! of e,,:.-t,)-nat-Jon of, the
solid material -,2-rmits varyirn~, the initial prossure ara rature of 'he
gas rdxture in a vide rav,~;e and al:~o tmhs,tAntially si and reduciv,-,
the dt=-nsions off th.~,, exparim-ant-al riet-up. rigure I shcr-rs a Echeratic of the
eyperin-ental set-u--u; -i-,me 2is an oscillo-rum of the of ~-eneration,
J rs state that by
503,!~:: c/unit. 'T~' ~--re 33 shavs the outp, enerr-,y. Th, aut.'-O
using liquid mitro.-cn in dcscrilrj~~-d f:et-up, they can. expez,imentally p-laca
the initial naterial in the reaction volurr~. By the use of other aaterinlo
1/2

DZHIDZHOYEV., M. S., et al., Pis 'mav Zhurnal Eks-Derimental'noy i Teoretiches-
koy-Fiziki, vol 14, i1c) 2, 20 Jul 71, PP 73-7~6,
the experiments can be theoretically conducted at room te=eratures. The
:article contains 3 figures and 10 bibliographic entries.
2/2

7 7 /0 cod - J..2 f 7.2.
fl. I~Ief PZ
Ct- C LAS SR 74
jijoev LI.S., Korolev V.V., Yhokhlov R.V., f-jarkov V.N..
Pimenov -I., Platonenko V.T.
/Department of fhynics, Moocow State Univorsity, Moncow 11.7234,
Leninakie Gory, USSR/
The results obtained with a pulued dotonation-driven gas-
dynamic loner are presented hcre. In this laser the detonation
of condensed explosive is uaed to form a high-pressure heated
'San mixtura. The mixture is then expanded rapidly through a
alit. nozzle# -thereby -produoing population inversion. Detonating
dharges are created by freezing of initial gas mixtures under
the liquid nitrogen's tomparatura on the wall of high pressure
chamber.
> The use of differext initial mixtures Composed, of fill 3' CO 2v C12v
N20, X(5 and others for the production of pulsed laser power ia
deacribed. As the detonation takea place incide the exhausted
volume, t.he device is rather simple and compact.
40

US-%k RSFSR Rpt 21 Apr 70
Tn the article "Heights of Creativity"
XEMTIN$ V. P., Dep Chmn, Oommittee on lanin and State Prizes U55R In Fields
of Science and &gineering, discusses works which were awarded lenin Prizes
in 1970, including In space research (!'Venera-4-5-6, " "Meteor 11 system, and
"Sovuz" spacecraft), physics (for activation of protqn- synchrotron, physics of
elementary particles, and instrument for microworld studies), and research in
the-field of.optics of powerful radiations,xith lase~rs used as the source, by
a~group of physicists at Ylbscow Univemity under thc:1eadership of
IQ=JAL_&~ and
AMKWV$ S.,
'which have helped to revolutionize laser optics, prospects -In measurement
techniques, and spectroscopy.
DMSYUK
Yu., Leningrad Physici.st,
was awarded the lAnin Prize for a cycle of works on holography with recordng
in a three-dimensional medium, with the laser used as a light source, the
results of which may be applied in scientific research, the cinema, and TV.
There is also discussion of awards for works -in pediatrics, discoverites of
oil and gas deposits in W. Siberia, industrial development of Yakut diamond
deposits, creation of a 17-volume dictionary of the lbassian literary language,
creation of tM T"2 -intercontinental passenger pla:4e, and designing and
tion of the Ostankina tower.-
construc
eat=, 21 Apr 70, p 3, cols 1-4 (4)

USSR
ILILNSKIY, Yu. A., KHOKHLOV, R. V.
"Theory of Stimulated Raman Scattering in Rotational Transitions"
Moscow, Zhurnal Eksperimental'noy i Teoretichaskoy Fiziki, Vol 64, No 4,
1973, pp 1216-1221
Abstract: A study was made of the theory of stimulated Raman scattering in
purely rotational transition considering intermediate oscillatory and purely
rotational transitions. The contribution to the amplification as a result
of these transitions can be primary when using pumping by a carbon dioxide
gas laser with a wave length of 10.6 microns. Under these conditions the
dependence on polarization will be different (for the J2 = JI + 1 transition)
than in the case of purely electron polarizability.
First, an approach to describing the rotational transition, stimulated Raman
scattering is discussed which is based on the classical ideas, and then the
consistent quantum.theory is constructed considering the intermediate purely
rotational levels and the possibilities of resonance in~the oscillator3r~
rotational transitions. These cases.can be realized when the stimulated
Raman scattering is excited by radiation in the middle and far infrared bands.
97 -

YANAYT, Yu. A., ABAYCU~,!OV G A KRORSKITI G. I.
1 0 #1 .. PADEYEV, V. V.,
and. Iloscow State University imen'l 14. V. Lomanosov and The
Physico-Chemical Institute imeni L. Ya. Karpov
lGeneration in the Ultraviolet Band With Frequency Tuning in a Paraterphenyl
Solution Excited by a Flash Bulb",
Moscow, PisIma, v Zhurnal Ek-sperinentallnoy i Teoreticheskoy Fiziki, Vol 13,
No 11, 5 Jun 71, pp 6105-619
Abstract: This article discusses generation with fine tuning in the wavelength
of 330-350 na in. a paraterphonyl solution excited by aflash bulb. One of the
real problems in quantuia electronics is the design of a frequency-tunable Ia-
ser in the ultraviolet band of the spectrum. The authors show the broad pos-
sibilities here of using organic compounds as the active tredia especially
paraterphenyl, which is found to be the best compound for praducitig tum- ble
lasers in the ultraviolet band pu=pad by flash bulbs. The emerizental pro-
cedures are discu--sed and the results -are given in the form a;-. an oscillogram
and a table, wUch gives the threshold values and the li---its of frequency tun-
ing. The low values of the threshold energies -for exciting the solutions shoun
in this table Lndicatc that this pumpi_nz~, system is also effectJ
for excitin-
a large number of other organic compounds. 1 figure, I table, bibliography of
titles.

'USSR LrDC: 534.22-0942
PUSBRIKA, It'. I., and Corresponding Plember USSR Aca&emy of Sciences
OV.-R. V.
."Forbed Combination. of Sonic Dispersion in Piezoelectrics"
Moscow, Doklady Akkademii -7~,'auk SSSR, vol 203, No 2, 1972, pp 318-
319
Abstract: The possibility of experimentally investigating the
forced dispersion of sound in,electric field oscillations in
-ated. This type of dis-
piezoelectrics is theoretically inveotiC,
persion is of the class of so-cal 'led acoustic combined phenomena,
nonlinear interactions of acousticaland other types of wave.
Examples of such interactions are sound dispersion in tempexa-
ture waves, in ferromagnetics, and in eddy waves. The type of
disrersion considered in this paper is connected with the term.
-F.jka~EiSjkSlm in the following expaasion:of free piezoelectric
energy:
S S + C S + L E E + E B E E +
F
ijkl ij k1 i j k-Lmn i j k1 mn i j ijk i j k
B E~S + f S
e4jkBi Sjk + dijkl i j kl ijklin i ij,im +
1/2

USSR UDC: 534.22.0942
.-PUSHMIA, N. I. et al, Dokla. dr Akademii Nauk SSSR, vol 203, 1972,
PP 318-319
Here, Sij are deformation tensorap the Bi are eleo-L-ric field com-
ponents, the fljkj_m are material constants coanected v~ith the
electroacoustical effect - the change in the..speed of sound as
a function of the applied electric field.
2/2

U S S) R
NAZAIROVA, I.T. I., an V
nYSLIKO, D. N.
,
';Parametric Licht; Scattering in the Field off an U'll-turason-ic
Zhurnal E's-crimentallnoy Teoretic'hr.:-s*:oy Fi-j*~-',
No. 4(l0T,__(Jc_toIjer 1971, pp 1422-1426
';.ave"
vol. 6:L,
kbstract: This article considers another possible method for co:-i-
pensating the dispersion of li,5rht Ln~cubic crystals ..,ithout inver-
sion centers by usinT auxiliary ultrasonic p=pinS of a particular
frequency and iiave vector satisfyinE.the condition of quadrupie
I f, her three .7a-%Tes
wave synchronism. Besides the pumping Ir-.ve, the ot I
are those involved in the reaction &33' 4) 1 -- 02, ,..Iiere 03 is the
frequency of the incident light on a crystal, and C02 and W, are
the frequencies of the scattered waves. ExperiMent-s involving
these waves provide useful information concernine the character-
istics of crystals asymmetrical ;;ith respect to thc-.j-r center, par-
ticularly the dispersion of the refMactive indices ill the lnf---ared
region of the spectrum. Prom theiv computations, the aut-horo cc-n-
elude that it is pozsible to observe Parametric li!:-_ht --catter-ing
V L :'
in cubic piezoelectric crystals through the use of -the auxiliary
ultrasonic pwnping. They are connected idth. tbe E. V. Lox.,ionosov
11oscow State "University.
4-I

USSR UDC 534.23:538.113
I., and "VR, V Physics Fa
FUSM 6&M cultY, ~b:.-Cow State Univer-
sity
53cattering of Hypersound by 5pjjl Waves in Ferromagnets"
Noaccrat, IzvestiYa Akademii Nauk
55SR, Seeriya Fizicheskaya, vol 35, No 5, IMaY
nt pp 977-981
ibstract: The article deals with a theoretical consideration of sound scat-
tering by.coherent spin waves in ferromagnets. The scattering is mainly due
to the phenomenon of magne-totriction and the so-called intarmal effect. The
case of a cubic ferromagnet, Nbich is of practical interes:t) is considered.
An expression is obtained for a scattered sound field.in a wave zone in the
form of the vector sum of longitudinal and transverse' waves.

ON
112 024~ UNCLASSIFIED :PROCESSING DAT.E--23orT70
~."TITL E--Dl SPER SION OF SOUND ON SP 14 WAVES:: -U-
._-A,UTlH0R-(0Z)-PUSHKI.NAt N.1-v KHOKFILOV# R.. V.,
prom wm=xmww"xft~
't.-C,0UNTRY OF INFO--USSR
,,,,SOURCE--DOKL- AKAD. NAUK SSSR 1970, 190(5), 1078-9
..~_PATE PUBL ISHE D----- 70
`_'SUBJELT AREAS--PHYSICS
XOPIC TAGS--SOUNDt SPIN WAVE, MAGNETOSTRICTION, GARNET
~_::CONTROL MARKING--NO kESTRICTIONS
DOCU4ENT CLASS--UNCLASSIFIED
.'PROXY REEL/'RA4E--1998/0713 7)
STEP t4O--UR/0020/TO/190/00-/107d/1079
i: -C-IRr ACCF55103ti Nl(J--AT01213t2
WAC, L AS I Ft F 0

212 024 DATE-230C.T70
UNCLASSIFIED PROCESSING
GIRC ACCESSION NO--AT0121372
ABSTP%ACTIEXTRA--CT--(U) GP-0- ABSTRACT. MATH. THE COMBINED DISPERSION OF
ON SPIN WAVES WAS STUDIED, THE MAGNETOSTRICTION AND INTERNAL
SOUND
EFFECTS BEING TAKENI INTO ACCOUNT FOR THE CASE OF A CUBIC FERROMAG 'NET AND
AN EXPRESSION WAS GIVEN FOR THE RATIO9 GAMMA, OF THE SOU,"10 OUTPUTF
DISPERSED IN THE SOLID ANGLE D THETA FOR THE FREQUENCY RANGE D OMEGA TO
THE iNTENSITY INTF-r%NAL
OF THE INCIOENT SOUND. THE CUNTqlBUTI3-N OF THE
EFFECT TO GA,'-IMA WAS EVALUATED FOR A YFERRITE GARNET. THE INTENSITY OF
-o s
JHE~DIS.PERSED SOUND IS DETD. BY THE INXERNAL EFFECT r N TS.
FACILITY: MOSK. GOS. UNIV. [M. LOIAONG.SDVA, MOSCOW, USSR.
Uli C L A S S, I F I E D

--230CT70
27 UNCLASSIFIED PROCESSING DATE
TiTLE--ON STIMULATED RAMAN SCATTERING OF SOUND IN FERROMAGNETIC SU13STANCES
_U.
%,,AUTHOR-(0Z)-PUSHKINAj N.L.i KHOKHLOV; R.V*
COUNTRY OF INFO--USSR
_~-SOURCE-ZHURNAL EKSPERIMENTALINOY I TEORETICHESKOY FlZIKIt 1970p VOL 551
NR 4, PP-1475-1477
PUBLISHED ------- 70
::-SUBJECT AREAS--PHYSICS
JOPIC TAGS--ACUUSTIC SCATTERING, FERROMAGNETIC MATER14Lt RAMAN SCATTERING
~.CONTROL HARKING--NO RESTRICTIONS
DOCUMENT CLASS--UNiCLASSIFIED
PROXY REEL/FRA,-4cE--1988/1500 STEP NO--UR/0056/70/r)~)3/004/1475/Lit77
CIRC ACCESS10"'4' NO--AP0106256

212 027 UNCL AS S IF I ED PROCESSING DATE-2130CT70
CIRC ACCESSION NO-AP-11106256
ABSTRIACT/EMACT-W) GP-0- ABS T A AC TSTIMOLATED COMBINAHONAL
SCATTERING OF SOUND IN FERROUGNETIC SU13STANCES IS CONSIDERED. AN
.3
IF THRE-HOLD AND THE
EXPRESSION 15 OBTAINED FOR THE STIMULATED SC,ATT.Pli*4'G 1;
POSSIBILITY OF OBSEPVI,*%G THE SCATTERI-NG IS DISCUSSED. FACILITY:
MOSKOVSKIY. GOSUDARSTVENNYY UNIVERSITET His M. V,, LOMONOSUVA.

in
TIT' 41(
&C', E
poll,
"k 'Itt ON
t !'A TI ON THE
tb !A
TVIL NEM A 'T
ir kh kiiLo- :6;,!
WN
7
'W
UNTR
"7- oN,
-ftflCH ESK Y 0 1` :1;
tik h A L-
L
W Ek I NVAtl NLY 9 0,
-PP. 2195-22C1
-PUBLISHED -70
TE:
A
ECT AREAS CHEMISTRY, PHYSICS-
!u 4J
CHEMICAL :REACTION K INET ICS CHEMICAL
qPIC, TAGSI-~ C h EM IC AL REACTIONt
REACTION RATE, CHEMICAL 'REACTION MECHAN I SIM IR LASER
...-CCNTRCL.MAAKING--NO RESTRICTIONS
ENT: CLAS S-UNCLAS S I F I ED
REEL/1FRAME-199711694 STEP N~0--UR/rit)56/70/0511/006/2195/2201
_,CIRC ACCESSICN NG--AP0120406
UNCLASSIFIED
iiv
4"l
In". 111111mimillillmm main MR.

USSR
KHOKHLOV, V. A., Izv. SO AN SSSR, Ser. Tekhn. Nauk, vyp. 3, Oct 71, pp 42-48
units, various types of terrain and forest zones, as well as for investi-
gating the interaction between wind flow and industrial and power plants
vhere pollutants may be thrown into the atmosphere.
2/2
131

USSR UDC: 518-5:681.3.o6
KHO V. A., LAVROV, V. A.
"Approximating a Function of Two Variables by a Power Polynomial"
V sb. Mashiny dlya inzh. raschetov (Machines for Engineering Calculations--
collection of works), vyp. It, Kiev, 1971, pp 40-116 (from RZh-Kibernetika,
No 12, Dec 71, Abstract No 12V97:2)
Translation: A progr= is compiled for determining the coefficients of
a polynomial of n-th degree
F, (XY) XI-iriB
J-0 1-0
which approximates a function of two variables f(x,y) given by a table
of values. In the case of analytical representation of the function,
the program nust be supplemented in the initial part by a siAbprograr- for
determinine the necessary group of values,of the function,

112 009 UNCLASSIFIED PROCESSING DATE--18SEP70
TITLE--ELECTRICAt. CONDUCTIVITY OF-FUSED SALT SYSTEMS OF CESIUM CHLORIDE
AND L'ANTHANUM CHLORIDE AND LITHIUM CHLORLDE AND LANTtIANUM CHLORIDE -U-
~.AUTHOR-(02)-SMIRNOV, M.V., KHOKHLOV, V*A*,.,.
COUNTRY OF INFO--USSR
'z'S_0URCE--ZH. PRIKL. KHIM. (LENINGRAO),1970, 43(2)t 302-5
--:.-DrATE PUBLISHED ------- 70
"':SUBJECT AREAS--PHYSICS
CHLORIDE, ELECTRICAL CONDUCTIVITY MEASUREMENT, CHEMICAL
COMPOSITION, LITHIUM CHLORIDEqLANTHANUM CHLORIDEo CESIUM COMPOUND
-C 0 'T;;,OL .14ARKI%-G--NO RESTRICTIONS
!---.DOCUMFNT CLASS--UNCLA.SSIFIED
-PROXY REEL/FRAME--1987/0847 STEP NO--UR/0080170/043/002/0302/0305
CIRC ACCESSION NO--AP0104283
UN-C L As S-1 F I E 0

UNCLASSIFIED PROCESSING 0ATE-13SEP70
C,tRC ACCESSION NO-AP0104283
~':ABSTRACT/EXTRACT-W) GP-0- ABSTRACT. THE ELEC. CONDS. OF THESE FUSED
SALT SYSTEMS WERE STUDIED AT 800-950DEGREES OVER A WIDE CONCN4 RANGE.
THE FUSED LACL SUB3 WAS ALSO MEASURED:AT 890-1005DEGkEES. THE COND. IS
A L .INEAR FUNCTION OF CONCN. THE MOLAR COND, SHOWS NEG. DEVIATIONS FiWM
ADDITIVITY; THERE IS A DEEP MIN. IN THE CSCL-LACL SUB3 SYSTEMr WHILE
THIS EFFECT IS ABSENT IN THE LICL-LACL SUB3 SYSTEM. THE MAX. DEVIATIONS
ARE-.OBSERVED FOR 30-40 MOLE PERCENT LACL SUB3. THE DEVIATIONS ARE
-LARGER.IN TH&SYSTEM CONTG. LESS IMOBILE CS PRIME POSITIVE ION. THE
CONCN. DEP-ENDENCE OF THE ACTIVATION EENERGIES;HAS 'THE SAME CHARACTER IN
BOTH SYSTEMS& THE MECHANISMS OF THE PROCESSES INVOLVED ARE DISCUSSED IN
DETAIL.
-F-D
- ~=Zm-

USSR
KOSEVICH, A. M. , and K140KILLQV V~-L- , nar Ikov State University imeni A. M, Gorlkiy
"Rayleigh Waves as the Limiting Case of Oscillations of a Crystal With a Plane
Defect"
Leningrad, Fizika Tverdogo Tela, Vol. 12, No. 8, Aug 70, pp 2507-2509
nd L. N. Rozentsveyg, who showed that in study-
.4-bstract. The work of I. M. Lifshits a
g he dynamics of a crystal lattice the free.surface of 'a crv!;tal can be considered
in t]
as a certain local perturbation in an ideal 'unbounded c--ystal, is extended. rhe
authors study an analogous situation in the dynamics of a, continuous elastic medium
namelythe possibility of a quantitative deacription of the free surface of an elas-
half-space as a specific local perturbation of simpletorm in an unbounded elastic
medium. The authors previously studied long-wave oscillations of an elastic medium
localized close to a plane defect. An isotropic medium with Lamd coefficients X and
was considered in which them was a plane-parallel layerof elastic material with
differ-ent elastic moduli. If the z-axia is perpendicular to the plane of.the defect,
it was shown that the elastic moduli of this.layer of the medium and v' can be
written in the form
V X + LOG (z); it + (z),

011EVICH, A. K.', and KHGI