SCIENTIFIC ABSTRACT KOZHEVNIKOV, I.G. - KOZIN, F.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002201520020-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 99
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

USSR
UDC 536.722:536-63
SHEYNDLIN, A. Ye. , BELEVICII, 1. S., 0 "M
"Study of the Enthalpy and fleat Capacity of Materiols Ba-sed oil Niobitim
Carbide at High Temperatures"
Wscow, Teplofizika Vysokikh Temperatmr, Vol 11, No L, Jasi-Feb 73, pp 88-92.
Abstract: Resulti are presented from studies of the entluilp), and licat conduc-
tivity of niobium carbide with various relationships of Nlj and C. Measurements
were performed by the method of mixing in the 300-350,,T~ K temperatut,e interval.
Equations are given for description of the depondenci., oC anthalp), and heat calla-
city on temperature. The error in measurement of e0hall)), is Ihe
authors explain the divergence of thpir data with thi,.~ data of carlier author-s
primarily as a result of differences in frea-ca:rbon :content of the speciriells
tested.
1/1

USSR imC, 5,,jS.630536.?-2?
SHEYNDLIN, A. YE., DELEVICH, I* S., 4111d. RMOV Irm.till'u-1--it of' Fl!,h
Temperatures* Academy of Sciences VSSR
"Enthalpy and Specific lla&t of Boron Carbide in tho 2113-111,000 K Tcmpar3Wra
Ranges$
Moscow# Teplofizika Vysokllch Tempersturo No 2, 17?P, I-,ip 1111.1-1,21
Abstracts The articlo describes resultn of' rl litUdy 01' th1l, 111rilthl"Ll-Y IVI'l ST,L--
it
cif ic heat of boincii carbide ky Jlho ri-xing method, W~i) ird tiial It 1,~m of
the boron carbide 6(mplea vaa 76,,4 piurc(,,,nt 214 26 0jj
1 3.32
Percent Cfree and 2.29 percent impurities (0.71 perolint Ca 41- 0.39 Mk- + 0.2a
Si + 0.91 percent 11203)' An walysin of expartmontal &t.,i Wirwa that lY)jlYa
carbide Is characterfted. by a complex t4wiptimilwo d;('11tilulerwa of' lx.~~t
and enthalpy. The iaezn specific heat Mcrowjea ra tilly with a
change fron zoom temperatuxe to --- 11000 Y.,cr4 Its diipinndixirm on T in th7
1300-190DO ran-so in clo;ae to linp-=., At T> 21060 1'. thet vio.inAlot) of th~,~ie
properties can be dasarlb-LkI by an exNtiont, An v4,1(M;:l
48. The critical points for EP378 steel, determined d1liatomotrically, are:
Acl - 750*C- Ac - 820*C, IN - 220'C. The steel has nuiximuin hardness when
hardened fr;m 1840-1060-C. The influence of temperiag un machunical prop-
erties is studied. The mechanical properties of the stmel aret tensile
strength 168-175 kg/mn2, a0. 140-145 kglmm2, 6 - 8-10t, V - 15-17%,
an - 1.0-1.8 ksm/cm2, HRC P- 48-~52. Beat treatment modett are discussed.

... .... - ----------
112 019 UNCLASSIFT6
D: PRill:ESIING DATE--040EC70
TITLE--DENSITY JUMP %ALUE AND THE RATE OF PHASE TRAN~SITIUON IN
OCTAWOROANTHRACENE., HEXACHLOROETHANEt!AND GLVTARO~ ACID -U--
AUTHOR-(02)-TSENEVA, M.A., KOZHINs VvM*
COUNTRY OF INFO--USSR
SOURCE--ZH. FIZ. KHIM. 1970, 44(6)t 1556-7
DATE PUBLISHED ------- 70
~
SUBJECT AREAS--CHEMISTRY
TOPIC TAGS--ANTHRACENE9 CHLOROETHANEf PHASE TRANSITIONP SPI'CIFIC DENSETY9
SUPERCOOLING
CONTROL HARKING--NO kESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
PROXY FICHE NO ---- F070/605012IF03 STEP NG--UR/00'76/*10/04,ftili,'106/1556/1557
CIRC ACCESSION NO--AP0140330

.-7-- 7~11-
2/2 019 UNCLASSIFIEG PROCESSEW; I)ATE--040EC70
CIRC ACCESSION NO--AP0140330
ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT* THE 06 OF PCNIOERS OF THE 3 TITLE
SUBSTANCES WAS MEASURED AT TEMPo INTERVALS NEAR THEi PHASE TRANSITIO4
POINT* THE D. JUMPS OF THE TITLE COMPDS.v WHICH A~IISE FROM THE PHASE
TRANSITION, OCCURRED BETWEEN 64-60EGREES FOR H SM! C(CH SUBZ CC) SUaZ H)
-7DEGREES FOR C SUB2 CL SUB6v AND OETWEEN 63-5DEGREES
SUB2t BETWEEN 45
FOR OCTAHYDROANTHRACENE. THE RATE OF THE PHASE TRAJASITION IN THE TITLE
COMPDSs WAS MEASURED AS A FUNCTION OF SUPERCOOLING~ FACILITY:
ELEMENTOORGo SOEDINe.r MOSCOW1 USSR.

USSR *MC 51a.49:546-791
VDUIEMKO, V. M., ILOZHn, %, 1. 1., -SUGLOBOVA: I. G., and OUIUMT, D. E.
"Formation of Complexes in the Systems Uranium Halide - Alleall MeUtl Halide,
Preparation and Structure of Rb2VBr6 and %Ub%"
Leningrad, Radiokhimiya, Vol 15, NO 1, 1973i, P.P 54-57
2 o 21)
Abstract: Rb2UBrG- (I; m. 7220, 14 () 4.45�0.02.) and Cs9$V6 (11:; n. '(36, d4l
4-74 + 0.01) were prerared by nelting HbBr and CsBr, msj~ectivt:-Ij, with a
stoicRiometric amouzit of UBr4 in a s-ealed, evacuated quavLz tu~,a. I and 11
were green compounds. Just like Uffij,, they hy~Lrolizedt mrijiflly in th'; air with
the formation of HLIr, ao that 0_1 opurations vLth the-in hul to 1:0 carried out in
an Ar atmosphere. X-ray diffraction measurements showed that I pd II
cry.stallized in tile cubic systeri within tile spatial Erouj;i I'm3li-q, and with a
structure of the K~^C16 t~Te. The elementary call contmWed 4 V'orruula units.
The densities of r-and II that followed from X-ray meaurcraents corresporAcd
to the picnometrically detenained values of d440.

iwl- MIR- .1 Q 1-i"MaIll,
Inorsudo Compounds
USSR UDC 542-61:546-791-31
BLINOV'A,, N. 1.) KOZHINIA, I. I., RODIONOVA,, L. P., and DHI=V, V. M.
"Solution of Some Uranium Oxides in Sulfu ric Acid"
Leningrad, Radiokhimiya, Vol 15) 110 3) 1973) PP 391-397
Abstract: Chang
ges in the composition and structure of tutral.-,:)nal ana cubic
uranium oxides during solution at 900 in 2.0, 10.0, ani 15.0 .11 11"S01, WL~re
studied. Solution was carried out in an Ar atmspliere. S0luLi0--I Of U41-119 r--nd
beta_U~~ proceeded with an insignificant chan,?,e in the chericti.1 composition.
Other de phases did not forn in the process. The coiicentrmtian of HvEO~. had
no effect on the limiting corposition of the two oxides. 'I'he Ij,.Ter linit of
the existence of the Uj,O9 phace was at a coiqvrtition in tkie v1cinity of
U0 and that of the beta-U 0, phaso at a comNsItion In the vLcirilty
2.231�9-005 3 (
of U02-287+0,005. For Garua-U 3(~ and tetraConal and poi~i4docublkc OxWes IvWh the
compositions U02-37 to U02.40, the limiting compositionfi varivrt with th(~. con-
centration of H-
,SO4 and with the method by which the initial oxide had been
1/2

USSR
BLINOVA., N. I., et al... PhdiolchitiLtya, vol 15, No 3t 1973, Pr, 391-397
prepared. As shown by the cotipositions on solutIon first in 2 It K SOI~ V_nd
P
then in 10 N IV04, the changes in coumosition were revertUbIqt for these
oxides. The lower linit of existence of the gwmna-U~O~t I-Amse at 9,),) was at
a coniposition in the vicinity of U02-3116i-0-005# 111 t)'O "Se E~r talc "'des
the behavior of which varied with the ine:Ehod of pre-onration, ane could
assume a lack of unifonaity in the phatse cojqmsition of -the aturj~les, which
were apparently inhomogeneous in that respact. 'The autlwrs thijaik Prof.
U. M. Thlmachev for his help bi the investigation.
2/2
- 1.4 -

USSR
LUC
VDGVEZ,1(0, V. N., XO.Z!a,%k, I. I., SUGLO.30VAs 1. G.# and MURX'J'"L, D. E.
"Complex Formution in the Systena Urani= Italide -- Alkiial -~it,-a HtLlilfa.
Forms of the Compoundo in the Syztomz Uranium Tetrabz=kle -- AIJ:a1i 11-11etal
Bromide and Their Structural Characteristics"
Leningrad, Radickhimiya, Vol 15, Ito 2s 19739 PP 1712-177
Abstractt Fialbility diagrams axe reported for the syt;Lea and
conclusions reached from roentgenographic and thermogralibic studle* concerning
the forns of the coordination compounds. obtained in the-iia aysto=. It has
been established that the :3,%lt sy.,Aema UBri,-Ur (11 r, 1b., Kj 42h, Cs) forn
complexes with only a aingle composition 1-~Uar6 , which a,ppeavu to be zzeltin6
congruently, the moltin, points of lWividual complexes fiicrei)zinil Idth the
Increasing atomic number of the alkali metal. With daexlo~iassirq ihtondc n=ber
of the alkali netal the cubic face-centered ..lattice shown, by ~s 2L3r6 and
Rb LrDre undergoes deforakationp changing -to the tetragonal. lattlen Of
2 6 Y~Ubr6.
Ha2UBr6 has a hexagonal atructuro,

Ion Exe ange
TJSSR MCI 541-183-12
.My" lilt,_
KAZAKOV, YE. V., KA1RPOVA, 1. P., (Do-ceased)
"Ion-Exchsnge Capacity of Copper Farrocyanides"
Leningrad, Vestni!-: LeninRradslcogo universiteta, No 10, Pizilui i
khimiya, No 2, May 71, PP 131-137
Abstract: The purnose of this investli-7ation vas to deternine
the theoreticvl total ion-exchange capacity of' vario-as couper
ferrocypnide ccmnounds Es a function of composition bind str"Ict-Qre
and to comn2re the theoretically rated total exchant-a caDacity
with the experimental values derived for each Ln.dividuptl comnoiLnd.
Chemical and X-ray nhase analyses indicate that both the conmosi-
tion And structure closely depend orn the method and conditions of
synthesis. CoDper ferrocyanides are semi-functional weal,:1y acid
cationites with P rather low exchr-nge capacity. The theoretical
total exchnnge caracity of the emoerimental. conr)ounds was caa-
culated on the basis of the chemical anelytical data iind the
enuivrlent wein-Ints of ferrocysnide sorbents. Via cciii-parison cy1f
the theoretical total exchange capacity with thej expf1,,.,,-Lnental
112

USSR
KAZAKOV, YEE. V., et al, Vestnilc Leningradsl-cogo universiteta,
No 10, Fiziks i khimiya, No 2, May 71, PP 131-137
results indicate thnt the experimental values tare much lower then
the theoretically rated canacities and cannot be avnroximated to
the upper limit without significant structural changes in the
ferrocyanide compounds.
2/2

--'112 - -026 UNCLASSIFIFO QAfF--,'l?0CTTn
T-ITLE-EFI-ECT OF THE CQUIDITIX6 UF AL1041INU4 OXIDE PROAGAvIDN 3% Its
POILYMORPHOUS TRANSUORMATIONS -U-
AVTHUk-fU3)-KYA8UVq A.N., Kijbili4A KtitL()V* I.L.
COUNTRY OF INFG--USSR
SOURCE--ZH. f.EDRG. KHlm. 1973, 15(3)t 602-6
DATE PUf,LISHED-----70
,SVi3JECT AREAS--CHEMISTRY9 MATERIALS
TOPIC TA(;S--GXIDE, ALUMINUM OXIOE, HYORUXIDE, X RAY OIFFk4CTION STUOY,
CHE MI CAL SYNTHE S IS, PHASE Tl,A,'qSfTI0N
CL14TROL RESTRICTIONS
DOCUMENT CtASS-UNCLASSIFIED
PROXY RE~L/FRANF--1993/0557 STEP
,CIRC ACCFSSIGN NO--AP0113448
U,,r
ttL.LAM F HD

212 026 UNCLASSIFIED PROCIF SING OATE--O?,ICT70
CIRC ACCESSItiN NO-AP-1113448
ABSTPACT/EXTRALT-(U) GP-0- ALB ~ TRACT FROM AN X RAY ;)I~FPA~TIPN 5TJOY,
THF NATURE OF THE STARTING F-ArERIALS AFFECTS THE 9()LYfllt'.J0PH(,US
TRANSITIUNS OF THE RESULTING Al SUBZ fl SUB3 UALPHA GA'0!A J#'I TriET4
MUOIFICAJICN). WHEN PREPD. Al HYDROXIDE# litE P~W't I*RANSITJO~., 1:1!'),*
GAMMA TO ALPHA Al SUB2 U SUB3 PRJCEEDS VIA THE INTERM1`01ATE T-4(TA
NUDIFICATION, WHICH 15 MORE ORDERED THAN THE GAMRA MU01FICAtl'.)N. THIS
18ANSITI(A 114TbRMEI)IATE WAS NOT OBSO. WHFN THE GAMMA YILLoS ALP11A
TRANSITICN OCCURRED IN Al SUBZ 0 SUB3 PREPOs FROM ALUMS.
UNCLASSIFIED

TWI
Nr: V0044020-4 Raf. Code: UR 024D
PRIMARY SOURCE: Gigiyena i Swatariyat 1970, 4ir 2, PP 74,0,
URGENT PROBLEKS OF SOIL HYGIENE
G.-I. Sidorenap, L. A. Koxhingua, A.,4. Diner.-vi-,
The paper carries information concerned with sanitary prolection of -Al. rts historicill
development In the USSR is expounded and In conclusion main tren4 of scloulific re5earch
In this field are outlined.
REEL/FRAME
1:9770457

USSR
UDC 621.383.292
AYNBUND, M. R., GUSAKOVA, N. G., KOZHINSKAY4, E'. V., SYNEIMA, V, B.
"Production Technology and Linearity of the CharacteristLca of Mniature
Ch.-nel Emitters"
Elektron. tekhnika. Nauchno-teHin. sb. Elekt-ronnoluch. i Lotoelektr. pribory
(Klectronic Technology. Scientific-Technical Collection. Eltn~.rron Beam and
Photoelectric Devices), 1970, Issue 2(16), pp 11-15 (from IM--Ftektronika
i yeye primenenive, No 5, May 1971, Abstract No 5A194)
Translation: The paper describes an improvement of the production. technalogy
for spiral channel emitters of lead glass. The productLam proc-ess consists
of winding of the spirals in an electrical furnace, orientatioa of the spiral
ends on an axial line, polishing of the ends of the capi3larivt~,, frosting,
washing, annealing in hydrogen, and depositLon of the coaductive contacts.
The technology developed makes it possible to increase tho output of suitable
channels with an internal diameter of 1 mm (with an ampliiication > 105) fro-i
20 to 40 percent. The magnitudes of the channel resistanr.,.us, avd the per-
missible power dissipation are presented, and also the dil!pendinice of the,
output channels on the input, linear to 10-8 - 10-(~ imp. 5 1.111. 6 ref. N. S.
1/1
HPAUM

7_~
USSR UDC 8.74
KOZHOKMU, N. YA., VEREMENSKIY, A. R.
"Program of the Four-Factor Function ar-d Set Correlation Coefficient"
Tr. Kishinev, s.-kh. in-ta (Works of the Kishinev Agricultural Lnstitute), 197z,
No 86, pp 68-71, 76 (from RZIi-Kibernetika, No 12, Dec 72, Abstract No 1ZV49b)
Translation: A program is proposed for the Nairi computer vIlen determining the
coefficient of the coupling equation for a four-factor fu-=tion and the set
correlation coefficient by the model developod by A. A. Matiiarin. The progranni
is allocated with 600 ready-access memory cells and takes 347 calls.
Standard routines are used in the program to solve the system of alge-
braic equations and calculate the determinan t. The program is ielf-restor-ing,
and the initial data are not retained.

USSR UDC 8.74
VEREZHENSKIY, A. R., DZERO, 0. 1., KOZHOMU, N. YA,,
'omputer',
"Some Experimental Data Processing Programs on the Hairi V
Tr. Kishinev. s.-kh. in-ta (Works of the Kishinev Agricultural Institute), 1972,
No 86, pp 57-68, 75 (from M-Kibarnetika, No 12, Dec 72, Abstvact No 12V495)
Translation: A study was made of the programs and their block diagraus for cer-
tain problems frequently encountered for procesBing on tha blairi. computer: 1)
the equation for a straight line of the type y - ax + b; 2) the, equation of a
hyperbola of the tpe y = a + b/x; 3) the equation of a p4irabola of the type
y = a + a x + a~x ; 4) the correlation coefficient for two varlables; 5) the
methog of vlariatIon 6eries; 6) the solution of polynomials.

USSR
MC 547-86.3-15-070PA2.933
TITIM, V. V. , KCC.FCXILU. Scientific Rasearc Institute of Or&mlc Intermediate
Products and Pl-g-ae--nrff~tToscow
"Acylquinoxalines. II. Synthesis of 2-phenyl wA 3-z*thy1-2p2'-b1qu1nox&lines"
Rigal Khlaiya Geteroteiklicheskikh Boyedinentyt No 9, 1972, pp 1269-1290
Abstracts In order to synthesize asymotric biquinoxalixesp derivativen; of
22-acetylquinaxalire were used which on nitrosation give monowdme of
qui-noxalyl-2-glyoxals (IIa-4). By the reaction with o-qheny3Aae-JJamAns the
latter were reduced to 3-H-?-R'-2,21,-d.LquLzqxglLn*;s (Illa-d),
IV
COCII N~-
it
I
a P-C,11 R'-11,, 6 R-CJI,. 9-11: e lk-P-Cll, J it -Cti,. R-S"COCII
The lnitW 1c,d were describoa previously (V. V, Titov, Ot a2., XhCS, 11423,
1971), and the Ia,b were, synthesized by a previously demadbed nothod
1/2

USSR
TITOVt Y. V., KO.-HOKINA, KhWya Geterotaiklicheskilkh Soyodinenlyt No 9#
1972, pp 1289-1290
(F. Sachs, Ber.s No 14, 3047, 19011 No 35, 3307P 1902) where ths reaction of
I-pheny,lbutanetrione-1,2,3 with o-phenylenediamine leads to the forzatio& of
a mixture of two isomers - 3-phenyl-2-acetylquinoxaline (U) Wnd 3-benspyl-
-2methylquinoxaline (IV). The isoners were sepaxated chz%)m&togT&phic&l1y.
In their infrared spectra 1,670 cz-1 and lt?16 corl bands were detected
respectively which correspord. to the oscillatloias of the aaxboi~yl group of
the benzoyl and acetyl substitutions. According to the P=wmapetic resonance
spectral data the product formed in the reaction comprisos a mixture of la and
IV (2t3). The synthesis procedures and results axe outliOd fo:r the
indicated compounds.
2/2
HINOMM

USSR
)1yd=bdb1iq7.
UDC-5??-40j2(28)
MZMTA, 0. K.,, Txkutak State University -iteni. A. A. Mduav
,Cxo,-a and. Net Production of Periphyton. and ~ Plwfton Algae"
)kmeovi, Doklz-ul~- Akademil Nauk SSSTU, Vol' 195, No 4* Dee 700 *p:p 96.~;-968
Abstractt In an attemut to obtaln solid data on total pro~4txc~tion arA des-
truction of pbytopLankton, observations were; conducted at the bmtzkziy water
zeservoir for saveral years. In those years the pkytoplw*:ton con-sisted of
Helnsl= islandica, Stephanodiscus hantzschlit Asterionena form-sa, Crypto-
monadacea, Aphanizorenon floz-aquacp and Ceratium hirurd1nolla. Phyto-
plankton production was doterminad by the ox7gen method and related to the
weight of the bicrxisa. Average production of I g of cnrle periphyton varies
in the above species and is due to their specific phatosytyl;hesis. When re-
calculated to dry weight of alCae, the variation is decreased but still sub.-
stantial. Net daily production of perlphytm algw Is aboid 74(, of Gross
productIna. Average net produc-Lion of p~~toplankton is lar4t,:)r IV aa order
of nagaltude ti-Aant that of reri_ol~q ithich nay be due to the Zwt that
becanm of a Laxger specific surface azeat, tbe plankton algae ajx- capable
of more intensive production.

11 oil
AA IM401ni uR o482
Soviet Inventions Illustrated, Seotion I Chemicaa, Derwent,
243217 INTENSIacAnox OF VYAT- ZXMLAXGZ Ater* tim
heat c&efter used to off emlsi-pu of am-!
conducting (dielectric) liquids i4th a conduct,1116
dispersed phase. The unequal cop6sativity icj"4~43es
the forces arising by pass.'.ng a ;.iarrmht, vhich A;ft
its turn leads to a greater h"t'~isxchmaae,
19.6.67 as 1169857126-25. M. Wilt" & 0THVN
APPLIED PHYSICS rNST. Ac", SC7EZNCZS MI-DAY10,Sim.
(18.9.69) Sul 16/5-5-69. C;mm4 42L Int-C14 Qtk~
AUTHORS: Bologa t M. K. . K0zhukhar'-,-j - A. and Grosti, ir - P -
institut Prikia
19750348

USSR 1JDC 576.851.48.083.3:615.33
Kiev Inst:
CRERNOMORDIK, A. B., and KOZ itute (if Infectiout;
Diseases
"Media With Antibiotics for Isolating the Agents of Colientaritis"
Moscow, Laboratornove Delo, No 9, .1971, pp 555-557
Abstract: Three elective nutrient --iedi4 with varfous combinations of anti-
biotic-s (A - streptomycin and penicillin; B - neomycii% and lienicillin; C -
neomycin, streptomycin, and penicillin) were, added to lactotici aear wiUk
eosin and methylene blue in order to isolate the agejit;i~ of colLeateritis.
The ordinary agar medium and the three media with asittbioti,cq were cumpared
by simultaneciusly incoulating them with stqols from c1lildren vith colifm-
teritis or suspected of having it. Enturopnthogeaic mftrobc-~--l W(!I,e 180~.ated
in 90 of 243 specimens examined. All 90 bacterta carrierq vcre deLected oil
the media with antibiotics coiryared with only 41 on the agar r-,ediurn.
greater effectiveness of the media with antiblotics ii; due. to tho fa(:L that
the drugs stippress foreign intestinal microffora, inclmdin;t, ihonp,~athoge-nic
Intestinal bacilli which are generally sen3itivu- to sti-c-ptOzycin and lleuaiycin-
1/1

USSR IJDC-. 621.391.8
and RT?J[0Vp Ir. P.
ZAVADOVSKIY, A. Z.,.)JQ&W
"Optimal Bandwidth for FM Pulse Reception on a Heverbera
tional Noise Background
Kiev, Izvestiva VUZ -- Radi2elektroliika, Vol. 3.3, ](13. 9, 1970,
pp 1156-1158
Abstract: Since the real-Ization of optimal filtern D4 technicall~y
difficult, nonoptimal systems for processing cozplax sigmale in
the form of a "band filter, detector, and low-iCrequei.-icy filter"
strip are often used. The width of the band VILIter Is then Lisual-
ly chosen equal to the width of the signal spectrun. This article,
however, demonstrates that Iii this ty.,I)e of receiver, the optimal
bandwidth should be less than the signal apectri= vidth. Tho au.-
thors taket as the index of the noise immOnity, th* lmprove~ment in
signal-to-noise ratio with the passage of sip*1 and noise through
theband filter. The signal at the receiver la.put.is taken to be
1/2

a pulse of rectangular envelope with a definitti., am4itude, dura-
tion, and a linearly varying,filling frequency having, a specAfied
deviation. For a oignal in which the product hif the pulse dura-
tion and the frequency deviation is greater thaLn one, it may be
assumed that the envelope of the signal spectrum is i3quare-ehaped
and the spectral width is equal to the frequenoy deviatic'n. It
is assumed also that the band filter is in the rorm of a single
-oscillatory circuit. The authors derive an ex.14,essit)a for the
change in the ratio of the maximum signal amp'litude 'to the effec-
tive noise value when the signal and noise paao through the filter
circuit. Since this expri3saion is also the Value of thr~ improve-
ment in the signal-to-noise ratio noted above, it Ar-, Investioated
for an extremum and Ivound to have a maxim=. The optimum band
width is thus derived. This result wns experilatant-9:1.1y verified
using an FM pulse oncillator with a pulse duration of about I to
20 microseconds and a frequency deviation of up to 10 Oft for &n
average filling frequency of 50 kf(z. The 114 inionlinx-arity vao nQ
more then %, and the band filter oscillatory Circit1t had a re-
sonant frequency of 50 kHz axkd a Q of 120,
919

Receivers und;Tr4nscdttar1P
USSR
ZAVADOVSKiY, A. Z., K0ZHUMAR', S. V., RYZHOV, V. 1%
"Optimal Passband of a Linear-M Pulse Receiver In the Presence of Reverberation
Noise"
Kiev, Izvestiva VUZ Radicelektranika, No 9, 9(,p 70, p1)
Translation: Tht~- use of complex signals not only improve.-i ti-In resolut -.*~_,~n ,:-iLacity
Ot a SViLt!m but also increases its :[".munity to reverberation noise 111. Howt.3ver,
great technical difficulties are involved in the use of optimal filters for
complex signals. Nonoptimal systems, in tbe form of a tjand-1*:i1ter--d(,tcctor--
1,F-filLer ch;winel, are hence often used for procesi;ing (lompliv,;t signals. T~ik!
passband of the band filter is then selected usually equal to tile width of the
signal spectrum 12). We will show that with this recativer stiticture and with
the use of linear-EM pulses, the optimal passband inust lie narTower than the
width of the signal spectrum.
We will take an improved signal-to-noise ratio an the milann of noise uuppresnion
in the passage of a signal and noise throijgh -a band fi1tar.
1/8

...... ......
...... ......
USSR
ZAVADOVSKIY, A. Z., et al, Izvestiya VUZ J(adloelektromj~,a, No 9, Sep 70. pp
1156-1158

44

41

Fig.1
We will examine the signal at the receiver output in J~he form of a plAile with
a rectangular envelope with an amplitude Uc, duration T, a3iLd a linearly varying
occupant frequency vith deviation F. WI tit a signal biu.e n - Fr ~- 1; wle may
consider that the signal spectrum envelope iis ribetadigMIar and that the width
of the spectrum is equal to the frequency deviation,
2/8
- 240 -

USSR
ZAVADOVSKIY, A. Z., at al, izvestiya VU.'L Radioelektronikia, No 9, Sep 70. pp
1156-1158
We will assurme that the band filter is in the form of a otnglti. ias(Allatton net-
work with an energy bandpass A f. To determine the maximum amplitude value of
the signal at the filter output, we will use the dependcmey of the maximum of
the network dynamic transfer factor xA on the value ... __2_
cited in [3]. 7
Because the function -KA(y) is very complex, we will appro;4matt. It With the
following expression:
The function computed with precise formulas 1:1] and I.ts approximate cu r.?e
are given in figure 1.
If we regard reverberation interference as -the result of superimposition of
signals reflected from a multitude of diffusers, we can i.-onside:r [1) its random
process with a distribution close to the normal and with a poWICT spectral den-
sity of p.:actically rectangular shape (with m 'pl) and'equal to:
3/8

USSR
ZAVADOVSKIY, A. Z., et al, Izvestlya VUZ Radioelektconika, No 9, Sep 70, pp
11.56-1158
S.
where p - const. (2)
Problems connected with the instability of reverberation noiso aru nat ditscussed
in this article.
We will use the following formula to determine the noise, voltoge -it the network
output:
V
U.-K, VY.--j -&U. (3)
Using (1), (2), and (3), we will find the change in the. -relat~anship of the
maximum signal amplitude to the effective value of the wAse 41uring the passage
of the signal and the noise through the circuit (bettering of the signal-to-
noise ratio)
(4)
4/8

VM
USSR
ZAVADOVSKIY, A. Z., et al, Izvestiya VUZ Radiaelektronika, No 9, Scp 70, Pp
The results of calculation with formula (4) are shown In, figure 2 for n 50,
100, and 200.
Investigating expression (4) at the extremum reveals thAt n. has a maximum in
the region
0.6G F
Vw, (5)
equal to
4 r-
V, nt. (6)
Let us compare the signal-to-noise ratio at the circuit output witli the cor-
responding ratio at the output of the optimal filter
7
" V ) (7)
5/8

USSR
ZAVADOVSKIY, A. Z., et al,,Izvestiya VUZ Radioelektron.111-q, No 9, Sep 70, pp
1156-1158
We will now determine the relation between the duration of the signal at tile
input of the circuit using the principle of frequency equivalency and the Litle
changes in the signal as it passes through tlia linear c,,I.rcuit [41
where A/A is the dynamic passband of the circuit; (4, Is the output pulst!
duration determined at the s4ze level (0.707) an tho paomband.
-A(!~ I. - ro 00 adduced in [3),
In determining A/A we will use the dependencies
where A TA.". - 0.8
P-1
IF III
Calculated vith formulas (8) and (9), the dependency of At oil -1"-- Is denorl-
strated in figure 3 for m - 50, 100, and 200. The.mialmum value for chi!
duration of the output pulse is equal to ~L I lind t" located in the
fit
region of the maximum of the curves
6/8

USSR
ZAVA.DOVSKIY, A. Z. , et al, Izvesti a VUZ Radiaelektronikfli, No 1), Sep 70, pp
1156-1158
For an experimental check of the derived reLation, a lino.ar-NI pul.!ie gulienitor
was used with controlled pulse duration (froM one to 20 111BOI-) and with a 1're-
quency deviation of up to 10 kitz, with the center frequer-IVY Q^-CtIpylng 5C IJIz,
and with FM nonlinearity riot exceeding 5%. The InvesLigliced O.,;cillating- circuit
hPd a resonance frequency of 50 kliz and a Q factor of 1.21,'). T'he dynarnic transfer
factor of the network and the duration of the pulse at th-i: outpot wLth a constant
Passband (for m - 100) was investigated. An oscilloscopt., was uaed to do the
measurements. The experimental values are shown in figures I and 3 with crosses.
--T t
7
s- FIg. 2
41
Al 40 J44
Fig. 3

7 FT;
USSR
ZAVADOVSKIY, A. Z., et al, Izvestiya VUZ Radioelektronik. 9, Sep 70, pp
,!I, NL
1156-1158
Thus, using formula (5) to select tile circuit passband, mirimal duration of tile
output pulse and a maximum signal-to-noise ratio are provided. In this case,
the signal-to-noise ratio and the duration of the outpuC UIso are worse than
when using the optimal filter approximating the factor ',?M- 11owever, thQ dis-
cussed system is designed considerably simpler than the optimlil.
Biblio~raRLiv:
1. 01'shevskiy, V. V., Statistical Properties of Sea RoverbeTaLion. !;-d-vo
"Nauka," 1966.
2. Italyarevskiy, N. If., Krukovskiy-Sinevich, K. B., Couparatl.v-e 1110ise 111muni.ty
of a Nonoptimal Detection System in the Presence of Htgnab; with Noi3ie and
FM Content, Izvestiya VUZ SSSR RadioaLtktronika, 1969, VaL 12, No 1, p 5k
.MLc ReceiVitre and Spectrun Analyzers,
3. 14artynov, V. A., Selikhovp Yu. I., Lajj:tr
Izd-vo, "Sovetakoye riadio," 1964,
4. Tikhonov, V. L, Statistical RAdio Engineering, lzd,,.uo "Sovetaskoye Tildio,"
1966.
8/8
-------- --

1/2 017 UNCLASSI FIED 011OUSSING DATE--;?31']CT70
rITLE--SYSTFM FOR BASE LINE CORRECTIONS DURING THE RCCORDING OF
DIFFERENTIAL SPECTRA -U-
AU t HO R- (0 3) - A KS ENO V, S . IVE R KHO WRO V, VNKOZ HI;15 ~11 AJ~ YU. 14
COUNTRY OF INFO--USSR
SOURCE-PRIB. TEKH. EKSP. 19701 It 184-5
DATE PUBLISHED ------- 70
SUBJECT AREAS--PHYSICS
TOPIC TAG S--SPECT ROPHOTOMETER, SPECTRAL LINE, ERROR COURFCTION, ABSORPrION
SPECTRUM
CONTROL MARKING--NO RESTRICTIONS
DOCUME:4T CLAS~--ONCLASSIFIED
PROXY REEL/FRAME--1984/1476 STEP r4O--UR/01,)D/'IO/OUI/OOO/Olrilil/01,1',
ClQ( ACCF'ISION N.-1--Al)(1101,214

2 / 22 017 -UNCLASSIFIED PROCESSING DATE--23()CT70
CIRC ACCESSION NO--AP0106234
ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. A sysTEA 15 OFSCRrOED FOR
CORRECTION FO THE BASE LINE WITH A4 ACCURACY OF PLUS OR MINUS 2 TIMES 10
PRIME NEGATIVE4 FOR HIGH SENSITIVITY DIFFERENYlAiL DUAL REAM
SPECTROPHOTOMETER. THE SYSTEM USES THE RECORD OF THE BASE LINE ON AN
AUXILIARY RECORDER, ITS kEPRODUCTION WITH THE AID OF A FOLLOW UP SYSTEti
LEASED ON PHOTODIOUES# ANO THE RECORD OF THE DIFFERENIIAL CURVE WITH
SEQUEtjTUAL SWITCHING ON OF SLIDE WIRES OF 2 TAPE~ REEECGRD~RS, ONE
REPRODUCING THE BASE LINE, THE OTHER RECORDING IHE DIFFERE-NCE SPECT~,UM.
THE INITIAL BASE LINE IN THE 500-600 N4 SPECTRUM SEFOOR J~ SHOWN DURING
RECORDING OF THE ABSORPTION SPECTRUM FRO14 A 2.6 TIMES 10 PRIME NEGATIVE7
4 SOLN. OF CYTOCHROME C. THE SENSITIVITY OF THE APPo EwUALA 1.7 TIMES
10 PRIME NEGATIVE3 UNITS OF ABSORBANCE PER ONE SCALE GIVISION-
FACILITY: BIOL.-POCHV. FAK.l MUSK. GOS, UNIVer MOSCOWY USSR,

01Y"
T,j
V. 2. Y- --I -- V-
ICHULAPI G. !).I
imeni A~nirai 13. U.
nistrat-ion
itExperience ill Dctcnain,~tio- of t,.;Cl J111*vc
j,
71jeV
ill.', .1~71y op 22-1,",,6
ro:p
Abstr~~ctu
"10 V1. OU11,12.11 fr I)I,III,iI fAI,-r,-, of r., Onvol(r:l "o I
col-st-al "ont, thn PJ
0-le 9
of ~-,. r.-,(7-ar

Clear 'r.-i
motion con?--

USSR
YEVIVENTOV, V. F., ct al., Gidr-,)=%ha-ntkj, Tjo 18, :L(yj"J.,
vclocit- le,
b.t,
rolw-:-ical 2".!o I'llip"a.,
th biblio. refs. one
21/2

USSR *UX: 378.1:681.31
ZjUZkMLV, V. D., Candidate of the Technical Sciences, FROLOV, 3. D.,
and MYSHXO, Ye. I., Engineer
"Automatic Subsystem for Controlling Attendani,.* and Grading of
Students in the Technical VUZ Schools"
Kiev, Mekhanizatsiya i Avtomatizatsiya Upravleniya, No 6, 1973,
PP 36-39
Abstract: A description is given of an autooa1,*ed system for con-
trolling study processes in a VUZ subsystem. This -system tins been
in operation since 10 November 1970 in the Kharkov Aviation Insti-
tute and since 20 December 1971 in the Kharkov Automobile Jfif,-hway
Institute. The purpose of the subsystem is to acquire and store
information regarding the application of the tiducaticnal process
to.and the performance of,each student individualIV; to process
and systematize it; and distribute it to the vnriowo departments,
deans, directors, and societies in the form oT special blanks.
Samples of the blanks used are given. The eloctronic computer
BESDI-4 is the central equipment of the inztitutionls control equip-
ment. A description of the various cards and blanks and their
functions is provided.

USSR
LOC 5~Q, 91 + 547. 42 -1 Zi)l. Ida. i -
IIDIDTKOVSKIY. Yul. G.,- KOLHUXHDV#: V., 1. 0. a7d- BMELISON, L. D., Instituto of
Natural Produatz Chemiet4-3-,IMIftmy of Sciences USSR
ISynthesis of Phosphatidia Dials"
Moscow, Izvestiya Akademid. Nauk SSSR, 30riya Khimioheol~aya, No 1, Jan, 71,
pp 194-196
Abstract: The synthesis of phosphatidic dials (1) is hised on -,..he condensi-
tion of the sj-lver salt of benzyl-(l-lauroyl-2-olcoyl.-sLigl3,ror~rl) phosphatej
with trityl et.~crs of glycol iodohydrinea. Removal of the benzyl group fro.-.1
the thiophosphates with sudim-, iodide in acetone fol.1cti;Lk b1i removal of the,
trItyl group by acid IWdrolysis yielded I-lauroyl-2-ol.et)yl-,;n-glyearo-j-pi-los-
phorylethylene glycol,
and 1-lauroyl-2-oleoyl-sn-glycera-l-phosphorylbutaned:Lol. The plhOsphatidic
dials obtained are soluble in most common organic solvents 4tni can be stored
In the fom of calcium salts.
1/1

112 022 UNC L'A.~S'S I F I E DPIRDCE~'S,ING DATE--3()OCT70
TITLE-INFRAREC 5PE%rTRCSCQPtC. STUDY OF THE HY0R,()GE;N bXiCtING OF SOME
. CAR13INULS -U-
AUTHOR- 104)-USMANOY s A.# K0ZHUKHOVA, A.N,., HAR,'0131J, ll.o KALUNFARUVr 4.YA.
COL'UNTRY OF INFL&--USSR
SOURCE-COKL. AKAD. NAUK TA0ZH. SSR 1970p 13(3)v 31-ri
DATE PUBLISHEO---70
SUBJECT AREAS-CHEMLSTRY
TOPIC TAGS-IR SPECTRUM, HYDROGEN EONDING# HYDKOX~1..
NITROGEN COMPOUND
CCNTROL HAkKING--NO RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
PROXY REkL/FRAMF--2000/1086 STEP
CIRC ACCF-ISICit' N-0'--AT0l24743

2/2 022 UNCLASSIFiEP
CIRC ACCESSION NO--AT0124743
ABSTRACT/EXTRACT--(U) GP-0- ABSIRACT. 1R SPECTRA 0000-313,30 CM Pill4Z
NEGATIVEl) OF I (AS SOLID AND 1 AND ZPIRCENT 501-45. IN ~"U
SUB2 C:CHC TRIPLE BOND CCME SUt3i? 0H (AS LIQ. AND 0.5, 1., 2, AN-ii
SOLNS. IN CCL SUB4) INDICATE THE A6SENCE OF IN'MAHOL., H LJ"40S. A 3AND
AT 3600 CM PRIME NEGATIVEL 14AS ASCRIBED TO FREE (th GROUPS.
FACILITY: FIZ.-TEKH. INST. IM. UMAROVA# DUSHAN61j., Usi~,,.

1/2 019 UNCLASSIFIED PROGESSPiG DA.TE--30GCT7(
TITLE-COPOLYMERIZAT ION OF ALLYTRIMETHYL OR ALL Ya.0 I METHYL PHENYL. 51 LANES
WITH ACRYt.CNITRILES -U-
AUTHOR-1041-NAMETKIN9 N*S.o KOblUKHOV,At I.N.* Fjt4IPPOlvj4, V-G-j OURGARYAN,
S.G.
COUNTRY CF INFO-USSR
SOURCE-vYSOKGMCL. SOEDIN., SER. 8 L970, 12(3)9480-2
OATE PUBL ISHED 70
SUBJECT AREAS-CHEMISTRY
TOPIC TAGS-COPOLYMERIZATION* ORGANIC SILANE* ACRYLONITRILE, CHEMICAL
KINETICS9 BENZENE DERIVATIVE
CGNTROL MARKING-NO RESTRICTIONS
DOCUMENT CLASS-UNCLASSIFIED
PkOXY Ri-_EL/FRAMt--200U/06Yj
SUP tit)--Ul'i G1 60) 61 e32
CIRC ACCE5SICN NG--AP0124343

2/2 019 UNCLASSIFIED PR0.ES5l;iG UATc---3UCjCf7,
CIRC ACCESSICN NC--AP0124343
ABSTAACTIEXTRALT-W) GP-0- AOSTRACT., IHE CUPOL'itili- KINH ILS Ji h ~)032
C:CHCH (1) WITH ME SU63 SICH SUB2 CH; Cki SU62 (11) *41*114 ME 5UbZ PH Sl(,m
SUB2 CH:Lh SUB2 (1111 WAS STUDIEU IN BULK OR KLUNHE SUd? SULN. 114 THE
PRESENCE OF 8Z SU62 0 SUB2. THE DEPENUFNLE OF UHL 1:-,UPGLVML-R tomlDN. 01*4
THE COMPNe OF THE STARTING MONOMER MIXTS. WAS ESIABLISHEU. THE
REACTIVITY RATIOS (RI IN THE THE 1-11 CUPOLYMN. WEM: 3o96 FOR I ANO 0.1;
FOR II AND IN THE 1-111 CGPOLYMNo 21.24 FOR I ANO 0oZO FOR Ill. THE
REACTIVITY FACTORS (Q) ANOr POLARITY,FACTORS (EYWERE 0.036 AND 02.7 FOR
Ilt AND 0.070 AND 0.30 FOR Ill# RESP4 FACILITY: INST.
NEFTEKhIM. SIN. IM,, TOPCHIEVAr MOSCOWP USSR*

1 010 UNC LA S S I F I F 0
TITLc--(UN.'GITIiJNS FOR THE JSF CsF CAROJXYL CONTA131116 LATEX S:0-1 i)l)ql%i5
THE PPFPAVATIGN OF SYNTHFTIC LEArliFft _U_
AUT-,,.L-(05)-YERKjVAv L.N.i 01FAESNEVP V*'J.v
T I%tfjmlcl4v D.S.
(IF P00--USSR
SOU!,CZ--Lli. PRlrL. KHIM. (LLNINGRAO) 1970v 4312)v 4k8-22
..DATF PM-LISHED - ----- 70
:SUC4jFCT AkEAS-MATERIALS
-TOPIC T4GS--CARBOXYLATE RUBBER, LEATHER, RUBBER ADNESIVEv HYDROGEN
WiNUING/1U)SK01 SYNTlikTIC RUBBER
MORCL MARKING--NO RESTRICTIO14S
oocu4rNi CLASS--UNCLASSIFIED
PRUXY K~I-L/Fr~AME-1992/0337 STE-P
rlp.r ACCESSION !"U--AP0111531

.212 010 UNCLASSIFIED PROCESSING DATE--020CT70
CIRC ACCESSION NG--AP0111531
ABSTf~ACT/EXlRACT--(U) GP-0- ABSTRACT, THE CAUSES J-OR INCRFASED PIGIDITY
JF-ARTIFICIAL LEATHER (1) BONDED WITH SKD-1 LATEX (11) WERE srjaiED.
ThE PIGIVITY OF I IUCaCASaD WITH THE CHARGE CARREL-n 11Y THE CATISN OF THE
COAGULATING ELECTAOLYTE (MOST RIGID I WAS 0PAINE-1.) 4HEN Il WAS
CUAGULATED WITH AL SUB2(SrJ SU94)SUB31, AND AT HIGH Pit (AT PH 4.5 THE
RIGIDITY WAS 10,000-5,000 GI., PRESUMABLY DUE Tn THE CLJPPTN. [* 11 WITH
AL(OH)SUB3. RIGID POLYMERS RESULTED FOLLLIWI14G CIIAGULATION WITH -qACL (AT
.HIGH PH), APPARENTLY DUE TU THE FORMATIUN OF H BIV405 fi[TriCEN THE UH 4NJ
THE CO SU62 H GROUPS OF 11. LEAST RIGID I WERE U13TAINED AT Prq IS LESS
THAN 4e5 AND WITH NACL COAGULANT,
Trl-=l

USSR
UDC 612,123.015-3s615-092
BITS', YU. V., I. I ir of Fathologiciii Ph3-siology, Kiev
Medical Institute and Laborato of Pathological Pfwsiology Instituto of
Geronotologyj Academy of Scienceso Ukrainian SSR, Kiev
"Some Disturbances in Upid Metabolism Resulting F'rom M-postmD to Some Toxic
Agents"
Kiev, Fiziologichesky ZhuxTalj No 69 1970j pp 745-749
Abstracti Some indices of lipid metabolism were studled in the blood &erum of
adult rabbits after subacuteg acute# and chronic poisoning viLlh proF
y1
gallate, sodium fluoride, monoiodoacetic acidg a:d gxmzosan~ Clumes in
cholesterol and cholesterol fractions, total lipidoo wid beta lipoprotoins
tended to increase, the extent varying both with the paxticuliz compotuid
administered and with the dose wA duration of the polsoninit. The mechanisla
of the resulting obaaiges in lipid metabollax are conc-4dered ii,. relation to the
accompatrying d1sturbances in carbohydrate netabolism, The:oj Ira also a brief
discussion of the part played by intoxication in the origin of degenerative
vascular changes.

USSR UDC: 8.74
XQ&JU&TN_ P- n-, ANTONEIrK0, N. G., and OHVI~T,13, 11. Ya.
"Organization of Memory for Searching by Sijr
Moscow, V sb. Tsifr. vvchisl. tethnika tr!,am~l ir (D' ital
Computer Techniques and 11 --co ork's
rograinraing ion 6- w "Sov.
Radio," No 7p 1972, pp 68-75 (from RZh-blateit!atika, No 8, 1972,
Abstract No 8V622)
Translation: This article is devoted to probli!ms in the organiza-
tion of memory with a subsequent beginning irt searching for an ob-
ject from signs.
A method of "eagnents" U found through which thoi i3earch cui be nade
from a maximum possible group of signs. It is shoom that the p--:)posed
method is quite convenlentl an syaluatlon of the vsViDd. U i2ado through
the use of a redundancy factor proposed by the autho.1-. The tothod of
segments is advantageouisly used In cases in whIch thip volium of data rogtirding
the object that can be presemd in such greater thao the-volume of aign
Information regarding the object. Authozsl abstmet.

USSR UDC: 8.74
KOZHURIN,_ F. D.1 ANTONENKOF M. G., SHVETS, N. Ya.
"Organization of a Memory for Access by Distinctive Features"
V sb. Tsifr. vychisl. tekhnikainrocrramrdr~ -(Digital COM-
tcofl ~Etibj of ;;orks), N,),p.
puter Technology and Prograirining-
7, Moscow, "Sov. radio", 1972, pp 68-7S (frem R"h-Kibernt~tika,
No 8, Aug 72, Abstract No BV622)
Translation: The article deals with problems of organizing a
memory with sequential access for retrieving an object by dis-
tinctive features.
The method of "segments" is proposed wfiich cnables re-
trieval in accordance with the most possible grokip of features.
It is shown that the proposed method is quite convenient; an
evaluation of this method is given by meant; of a coefficient
of redundancy proposed by the author. It i.-i advisable to use
the method of segments in cases where the volume of the stored
data on objects appreciably exceeds the voltme of distinctive
feature information on these objects. Authors' abstract,
H1fV!!1-"4,JTH_ UtHAPPM 101 T111,11TIVIT11
'Iff-T ~yir
If

USSR UD~ 681.3.06:51
N. Ya., -Krvarsm)-, 1-1. A.,
ANTONENKO, M. G.,,IQ~IIRI 4.
BALANDINA, Zh. 1. SHVETF
"One Method for Inppt of Information Files to Data Proces-sing Systems"
Tsifr. Vychisl. Tekhnika i Progr-w-mir. [Digital Computer liquil;riient and Prograrining
-- Collection of Works], No 6, Moscow, Sovetskoye Radio Pxess, 3971, pp 161-168,
(Translated from Referativnyy Zhurnal, Kiberneti1a, No 6, 1971, Abstract No 6 V603
by the authors).
Translation: Problems are analyzed, related to the organ:l-.ation and input of
information files to modern data processing systems. One riethad of external
sorting is presented -- the method of characteristic phra-ies. Two algorithms
are presented, based on the utilization of the ideas of the method of charac-
teristic phrases. Formulas are produced for calculation of the number of' runs
through a file being sorted. The area of effective utili.,iation of the algorithms
is defined.

USSR
mid 11't-
"Dynamics of I rctei- z-"-`
Exposed to Varyinc, Dazrs of ultra'.-Jolent
Sb. rabot
and TcclhiioL,,~-ical lint4 of 1~,--.iltn- _2,
(froin oic 'r,5 OW, 71,
Translatioi;: d-iil.v to uV
per rdnute sq cm) ,mn am Increurc irl th'!! r, r) n
Ca, total plrotcin rr!i HT, nnd a decline in t1he n
. A doSe 0
Dhatase t% f micravz:Lt'~c inhibit's protein an-L c;:Ii7,I;0,IIf'--"iiLt!
mtabolism-
),/I

USSR
WC 54?.260R8
SHOICOL, V. A. KOZHVSHKO, Be Net DOFLCSjMMp V., Tep az(h MisAlloVe A. V.
"Reaction of Dichloromethyl Isopywate with Triethyllphosphite"
Leningrad, Zhurnal Obshchey Khimii, Vol XL1n (CV), NO 1, 1973, pp 1245
Abstracti It was fourAi previously that on interactiam of chlororethyl
isocyanate with trialkyl phosphitesp dialko:qphoaphon:1.1 matliyllsocyanates
are obtained fV. -A. Shokol, et &I., ZbOn, No 40, 14�6. 19e2d. In tho
current experiment on Interaction of diohloromethylisocyanaUti vith triethyl-
phosphlteg depending on the ratio of tho reagents diotthoV. phouphonyl
chloromethyl isocyanate or bis~diethoxjptiosphonyl;zetliyLiarj(.-yanate is fo=nd.
The reactions and views described for five or these conpoundst i) diethoV
phosphonylehloramethyl isocyanate, 2) b1s(d1eth=yphomphony1)mcthy1 iisocynnate,
3) H-cUethoxyphosphonylmethylene- /PI- a-ch1orophen,,r1 uxea, 4) IN-b1s(die-
thoxyphosphonylmethyl-P I-phonyl Ursa, 5) N-bis(dietho3Vrbosphotul)methylw
ff'-n-chlorophenyl urea,
1/1

USSR 4 UDC ~47.26-118
SHOKOL, V. A.t andjCOZHLJSHKOj,B. N,g institute of OrpAlo Chemistry of the
Academy of Science s-WiirfiVEii'`SSR
"Sthoxyfluorophosphonylchlormathyl- and Bis(othoxvfluorol)ho,.9robonyl)mettyl
Isocyanates" i
Leningrad, Zhurnal Obsbchey KbImIll Yol 42 (104), Vyp 10, 191e2, pp 2346-2347
Abstracti The reaction of diethyl fluoraphosphite with dichIaLzethyl iso-
cyanate without a catalyst yielded either ethoxyfluoropbotioplimiylchlor*-
*ethyl isocyanate (I) or bia(ethoxynuorophosphonyl)mothyl Ivocyanate (II)
depending of the ratio of reagentel
The yield of (I) was 2?%, b.p. J;6-48*C (0.05 ox) d 20 1-3Mo 4.0 1.4-328,
4 20 nD 20
The yield of (II) was 30%, b.p. 81-83'OC (0-0.5 ma)p d4 1."13, nL 1,4250.
Impirical. formulas for (1) and (II) ant 0411601"103 P a,nd CJI I F21105P,
respectively.
1/1

USSW
DOROSHMO, V. V., KOZ1WSHKO. B. N., STUKALO, Ye. A., lmd S11011OL, V. A.,
Institute of Organic Chemistry, Academy of Sciences of the 1-?kTSSR
"Dihalophosphonylchloromethylisocyanates"
Leningrad, Zhurnal Obshchey Khimii, Vol 42(103), No 2, Feb 12p pp 484-485
Abstract: Dichloromethyl isocyanate reacts with alkyl difluaro- and
dichloraphosphites to form difluorophosphonylehloromethyl isocyatiate (1)
and dichlorophosphonylclil.oromethy1 isocyanate (11).
2X
C-0
(HL)n + P(OC2H5)3 VISC20JOC-012
CH2OAc (11LAc)
UYJAC
IT JIF
1/2 (1) X~Cl, n =4, D-Salacto; (11) X=Br, -n=3, L-arabino.

USSR
DOROSHENKO, V. V., et al., Zhurnal Obshchey Khimii, Volt 42(103), No 2, Feb 72,
pp 484-485
Isocyanate (11) is synthesized by chlorination of dichlorophospholly1methyl
isocyanate (III) in the presence of W-radiation.
C1,
C1,P(O)CJ1,NCO -* C1,P(O)C11(C1)N11r-oC1
The structure of compounds (1, 11, IV) was confirmed bir IR-spectroscopy.
212

112 026 uNCLASSIFIR) 4).4ocos,~, i,,x oATl:--Z7?10V70
TITLE--ON THE THEORY OF ELECTRON EXCITATION TRANSFI'-,*~~ VIA PHONGNS -U-
AUTHOR-(02)-GURARit M.L*t KOVIUSHNER, M.A.
_CGUNTRY OF INFO--USSR
SOURCE--ZHURNAL EKSPEPY"FINTAL4NOY I TEORET(CHESK0Y.FfZ[K.[t V)70t VOL 5,'it
NR 6v PP 1967-1971
DATE PUZRISHED ------- 70
SUBJECT AREAS--PHYSICS
TOPIC TAGS-PHONON, ELECTRON ENERGY LEVELt PERWRriAliON THEORY
%CONTROL MARKlt4G--NO RESTRICTIONS
00CU16NT CLASS--UNCLASSIFIFI)
PPOXY REEL/FRAME--?000/2233 S I'E 1) N 0 - - UR ')(15 6 / 1""i / 01~ tj %;I
'C[RC ACCESSION IMU'- APO 12 5A 11.

7
2/2 026 UN'CLASSIFIED 1111 LIC E 'S 1; 11 i(; 0A I
CIRC ACCESSION Nfl-AP0125811
Ar3STF%'ACT/EXTRACT--(U) G11-0- A!I!; TRACT ME k) -311. 1 T ~
ELECTRON EXCITATIW-41 BETWEEN IMPUKIIII:S IN A w0i)'( T.M.-
VIRTUAL PHONONS IS CALCULUE-0. THE CALCAJUMON IS Udll-~AHJ 001 1 hi I;.
THE FRA41EWORK OF PFRTlJRt3Ariw4 rME-Olty. IT 15 5W'1~11,11 THill' rML-
PROBABILITY 'd STU41LAR TO (DELTA-DELTA) N Is T'rf~-.
NUMBER OF LATTICE CONSTWITS BETWFEP~l ME 1,4pulkIlAl%S, 1:11:LfA IS rHE
ZONE 1410TH ANO DELTA THE ENERGY OIFFE RFINCE HUMiDl I'lol'
PHONION LEVELS. THE MECHANIS14 MAY BE IMPDRTA~J f'(:IR OF LOW LYING
ELECTRON AND ELECTRON VIBRATIONAL ExcliTATIONS, FACILITY:
IP4STITUT KtilMIC.1-iESKUY FIZIKI AN SSSR.!.

USSR UDO 621.282.2
14ARTIROSCV, I.M. , Az2DUBOV V.E.
14-~M.a *W
'Effect Of Higher Harmonics On The Power Of A Generator Using, An IMPATT Diode"
V ob. Poluprovodn. pribory I ikh primanentya (Semiconduator Davlcaa And Their
Application-Gollection Of Works), No 24, Yoscov, "Sov. radio," 1970, pp 2C'1-212
(from Rq"h--Elaktronike i yeya primenonlyap No .11, Novetali*r lq?.10, Abetratt No 1181%)
Translation: 7ne dependence is considered of the power o:V a gonerator uning an
1YPATT dio at the fundamental frequency,on the pairew-Lare o4' the circtait of a
mesh (kontur] at the n-th harmonic. The analysis 141 Conducted vkthout toking into
account the leading parameters. It in shovn thot at a cortuin rionve CIO"& to
resonance of a circuit at the n-th harmonic, the amplitwio and lphsee of the volt-
are of t~e first harmonic (and convoquently also the poor at tbs besia frequancy)
are abruptly changed. Distant from the ramonands, the afroat 4f the n-th harmonic
in negligibly small. The conclusions ore confirmed by exi"rimont. 7 ill- I ref.
Summo ry.
1/1

USSR
UDC 547,752.+5112-94-3)'95
4Lrid sir.,rceiv, ~i. i-
RUSINOVA, V. N., SI.USFMVICH, YLI. I.., Xr
Moscow Chemical Teclmologic,--l Institute Iment 1). 1. 1-4,-nleileyev
"Indole Derivatives. TAM. Norel 0"xidative Rearran:'rement in the Itilob, Se-rie,Tr
Leningrad, Zhurnal Organiclieskoy- Milmii, Vol 8, Ito 8, Al;Lr,
Abstract: A new oxidntive rea vranire r~e tit was stidied. in thli, indole serlLz on th--,
exmTle of the reaction Of wit'-- KCI: in
1, 0 .1 dol.-., indol")
of atmospheric ox,,--en. 2-Cyano-3-~he,'ZOA-illdol~!, 3-1-1 it!
phenylacetonitrile 0 A as roaction to
2-CYfUl0-3-berZ0Yli!,d0lc d(MG lot occur in an int~rt i!~+;j,m~jl!av-re. It i~; an
molemlar rearran,-,ur:ni". It has been filimm that
reacts wit"li various nucleophilic reagents l'orminig 2--illbstit"te"
indoles.
1/1

VIU-5a. Mir, STIUMU OF IV= CALUUM APSENTOX CAYSTALS 004d M." A MELT
jArticlo bv V. A. lolivwwvs. M. V. Sori-, ~- v U-1111 T~kj MovsibLr.k.
X.Vt4 I 51"togs-11c,
Eli w"
A stv-11 #f tht xtructuri* of *I.Xis crystals of gollium stsenide
ton watall:1traphic. cliv:tical and m*tiko49, The presence
.00, the Or.* tr~ctur4 of virst typ4s, vew 6meemstrate,1- A cmp"4-" of tne
!In* stS=.-X- -6*4 t~m mor"41"y of the armtsilitat-4= 1s==4
V~S lt=stb~ p==za Jhpwnig Oca ii"tice a" sequaftism at 'Vy~
901lisattem. T"- tistusban" *f the amitt" 04fiedicitv at the singla %W?Otfa
1A caused, 1A a" apl-10-0. by the p"'allarittee Of trostrA fc." a aelt.
lot

USSR
UDC: 51P.21
F.
KOZINI
"Stability of Stochastic Systems With Randomly Varyirg Coefficientsl'
V sb. Nelineyr. i optimalln. sistem (Nonlinear and Optim= Systems-
collection of works), Moscow, "Nauka", 1971, pp 31?0'-335, discussion p 335
(from 'RZh-Kibernetika, No 11, Nov 71, Abstract No 1XV11C.)
Translation: The author considers the system
X.
where x is a vector from n-dimensional Euclidean slia,:e A, Gj arc- constant
matrices, A being stable f-W are stationary and ergod:lc, rrc~2er~s. Frocfs
are given for theorems on Ue asymptotic stabIlity az a 14bole Witt.
bility 1 for a trivial solution of this aystem. In addition, sufficient
conditions are presented under which the inequality
1/2

USSR
KOZIN, F., Nelineyn. i optimalln. sisteiky, Moscow, ".Naukw.", 1971, J)P
326-335
t
01, !J(Oidt D)f 0 0,
Me 0.
is satisfied, where f(T) is a Gaussian process. Tri conclusion, the aurhcr
discusses the problem of the relation between stability with probability 1
and stability of moments. M. Nevellson.
212