SCIENTIFIC ABSTRACT PSURTSEV, V. P. - PUDOVIK, A. N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002202610004-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2001
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

PSHnOVSKIY, ZB., Nauka I Zhizn'p Ho 3, 1972# pp 20-21
springs contains almost the entire ComplOx of minerzl salts necesuary for th3
development of the plants and a suficlent amount of carbon dioxide. All of
this created the ideal conditions for a large algae farn, In Rupite, It
rewdued only to select the strain com-sporiding bast to these conditions mid
to ifork out the ba-st, system of cultivating the algae. Tho BuIW~xian
scientists dealt h 1 5 U
ith both p=blez- very quickly. Scient Tic wo:6t. Ix-gan In'
1967, Chlorella rulgarin S. Z. 8/1v -which proliferates in a wide raztge of
temperatures -- roll 23 to 410C., iras selected frozi several stmdns. Nlora-
overl it turned out that- in great concentrations, it possenzes capacity for
t
he
rnoregulationt uhich is extreaely favorable for ita cta-Livation,
After the nolution of tho biological, problP-n2p it was U2,-Irr to salvo
technical probIc-m-st creating correoponding apparattifir firmt on tin
aental,, then on n4i induf;trial ocalu# Tochrdaal aid to kolhozes was
rendered by spocinlintn frox Ov-,-choslovakiat the W-JUO ard Pola-111., The Poles
In p=ticular, provided one of the moat inpor~~t elebients of the apparatus,
a higbly productive centrifuge.
Thus# Chloralla is cultivated in mineral vater fro it hot unrings.
F.U-stl, the water is cooled and deg-assed, The'isolated carbic-,mic acid goes
into collectors# while the wator containing dissolved mlts iu direzted into
the closed cycle of the field apparatus, The j5hallowt slIGhUy inclined,

PSHIROVSIaYo U., Nauka i Zhin', 110 1 1972t PP 20-21
.open chute sinto which the Chlorella 1e zoua is conzectod by plTcs to the
collector. The waterl containing tho Chlorona, flows dD-kn fton the chute
into the collector, A pu.,.,p imrediately retu=a It to tho chutes, and in this
way the conditIons necessary for a more intensive Photoaynthesis proce~sss
axe achieved. The water flow in the chute-z is stopped by the on-Ure, System
of partitions. The water flous from the chute to the collector in 5 minutes
and Is delayed in the collector for only a -few &econds. With each cycle,
the water contains nore and nore Chlorella, and becomes gxeenor and thicker,
Harvesting the crop takes place in the even1mg, The Chlomlla-
enriched imter is directod froz the colleetor -to the centrifuge, 1rhare the
Chlorella is separated from the vater, Tho clean water is pmyed back into the
field aDpmtus aX4 water lossas are filled by fresh water frOm the apring~;.
onic acid is stomt). aftor fresh water
On'the way to the chutes, the water e~.trb
is degassed) and with sevoraJ 11.'extilizers containbig phosp*.tjom~v calcium,
and potassimi. Cblorella in the fom of a dxy given r,=~i U tho fini4rhed
product.
The farm in Rupite and its guardian Institute cmuipt complain about
lack of Interest in it-3 product, On the contraryg tho intareatel j=-tics
are impatient and would like Chjoxvlla~pmduction to procoed~on an Industrial
scale now, while the scientlate.st.'al need Some-time for e#arimenta and
4/5
79 -

OSSR
PSHIROVSKIY, ZB., Nauka I Zhitn', No 3# 1972, Pp 20-21
The first forms of products containing up to 30%, vegeiable protein
obtained from dry CILlorealla mass from the famit In Rurdto have already been
made. It is -said that an uninitiated person could not distinru1sh between
those products, and the usual reat p*.oteino,:
Promising x~--sultz have Won obtained in experixents irit,"n Chlorella
protein added to poultry feed. The meat of chicks xecelying this feed wa's
found to b-- of higher quality. Egg laying capacity va-* aignift =-tly
Increased (by albout 20%) in chickans. The aggs wrere distinguirhed by a high
vitamin content and -- which is very important for their transport -- 1Yj a
strorger sholl.
Czechoslovak scientists were able to work out an industrial mathod. of
obtaining f,,LU-valuc, nourishing broths for rAcroorganisms 'froll the algae
protein. This excited a great interest in Chlorella or, tj,~a pAz!t of the
pharmaceutical Induatry,
An unexpected Chlorella consumer might even be tbt jerfiLme industi.7.
Aromatic compounds have been isolated from the dry Chlorella mass which are
used in the produc-t-ion of the finest perfumes.
515

USSR UDC 621.1,91
P., DIANOV, A.P.
tion"
Differential System Of Binary Detec
Kiev, Izvestiya Vuzov SSSR--R.-dioelektrcnika Vol XIV,N0 l0r1971, pp 1203-1208
Abstract: A differential system of binary detection of pulea radio signals is
theoratically investigated. Precise expreasione are found. :Vor tie aharacteriatics
of detection. A block diagrara is presented of the difTerential system which con-
tains a signal gate generator, a radar receiver, a control gate generator, a
reversible counter, and a period counter. It is shown that a differential system
is significantly less sensitive to fluctuations or the quantization threshold
than the ordinary classic system of binary detection. Receivad by editors 6 July
70; after revision 8 Fab 71- ref- rig- tab-
61 -

USSR UDC 593.374
ANDREYEV, L. V. , KIM-LOVSKIY, L. T., BOGAM1, G. P., ZTAKIIIN, Ye- A. ,
Dnepropetrovsk
"The Problem of Stability of Cylindrical Shells Beyond the Limits of Elasticity"
Kiev, Prikladnaya Mckhanika, Vol 18, No 8, Aug 73, lip 38-14.
Abstract: Results are presented from experimental studies of the stability
of cylindrical shells made of Alklg6 alloy under axial coupresston and lateral
external pressure with various R/h and IZ/L ratios. A comparison is presented
with known theoretical solutions from the theory of small elastic-plastic
deformations and the theory of flow. Good agreement is achieved with calcu-
lations based on a geometrically linear theory of defoiiiiations,

USSR UDC 621.-"/8);,546-191681
PrM,HCHEMKO, A.A., PRESNOY, V.A., KrRUGLCV, I.I., G0LE!.;bIYE-ISKI%-', N.N.,
A. P.
UEX(:eee Currents And Afing Of Light-Fmitting Diodee Based On GaAs"
Elektron.te~-hnika. Polunrovodn. nriborv, (Elactr,)nic Techn-~ca.
SGientific-Technical Collection. 1971, 7(64),
16-20 (from RZh;EIeIXtrouIk& i ycye No 4, April 1972, Abstract No
4BY+7)
Tranalutlion:. The &Ein.51 wuc otudied of GaAs light--emittirF diod, F., vith zinc, s!3
t~e acceptor. Both converitional and anorailous a~
,ing was obrierved. It io
that the excoce currento responuible for aging consist of vol-uma and. eurf-ace
components ani have a tunnel-thormal riat-ure and are conn:-I-cted with nonunil'urr,
itiee of the p-n junctions. ill. 5 ref. Surm-mary.

A4
UDC 537.311.23
USSR
LASHKAREV, V, Ye., PTASHCHENKO, A. A.
"The Kinetics of the Impurity Photoconductivity of CdS-Type Semiconductors"
Kiev, Ukrainskiy Fizicheskiy Zhurnal, Vol 15, No 7, July 1970, pp 1108-1115
Abstract. The rules governing the linear and nonlinear relaxation of impurity
photoconductivity from the r-centers in CdS-type semiconductors were investi-
gated. The experimental data are in good agreement with a theoretical model
which takes into account two recombination levels with very different electron-
capture cross sections. In this model the light absorbed by the impurity
simultaneously causes v-zone-r-level and r-leval-c-zone electron transitions.
This model explains the nonmonotonic relaxation in imp~trity photoconductivity.
The above-mentioned considerations permit some parameters of the recombination
center in CdS, CdSe, and HgS to be determined.
. . . . . . . . . .
Mill

USSR UDC 771.537.33
VENDROVSKIY, K. V., IrEYTSHAN, A. I., PTASHFNCHUK, V. M.
"Signal/Noise Ratio and Quantum Effectiveness of Differentiation in Photo-
graphic Emulsion"
Moscow, Zhurnal Nauchnoy i Prikladnoy Fotografii i Kiner-a-tografti, Vol 17,
No 6, Nov-Dee 72, pp 426-433.
Abstract: The quality of photographic materials of various sensitivities
can be characterized by the quantum effectiveness of differentiation. This
value compares the actual detector (its I'signal/nolsell ratio) to an ideal
radiation detector, the accuracy of reproduction of which is limited on]),
by photon noise resulting frain the discrete nature of th(-;, light f lux. The
macroscopic quantum effectiveness, determining the effoctiveness of record-
ing of large parts, is distinguished from the microscopic quantum effective-
ness, corresponding to the reproduction of small objects and considering
the scattering of light in the light-sensitive urtulsion.. This work presents
experimental results of determination of the signal/nois~v ratio and quantum
effectiveness of films of varying sensitivities.
147 -

.112 014 UNCLASSIFItEO PROCESSINGDATE-27NOV70
'AT I ON OF ALKALI METAL METAPHOSPHArES -U-
~'AUTHOR-103)-VOROBYEV, N. I PECHKOVSK IY? V- V- PTAS14KOYAP G.V
GUN TRY OF It4Fo--USSR
75OURCE-U-S.S.R. 266,745
REFEREI --GTKRYTTYA, IZ36RET., PR(lfl. GBRAZTSYP
NC E TOVARNYElVJAKI 19701
,-.DATE PUBLISHED-01APR70
tUBJECT AREAS--CHEMISTRY
,TOPIC TAGS--ALKALI METAL~ PHOSPHATE, CHEMICAL PATENTP CHE.MICAL PRODUCTION
CfJN.TROL MA.RKING--NO RESTRICTIONS
00CWMENT. CLASS--UNCLASSIFIED
OROXY REEL/FRAME--3003/1074 STEP NO--UR/0482/70/000/000/0000/0000
:I:RC-ACCESSION NO--AA0130109
W< L A S S

014 UNCLASSIFIED PROCESSING 0ATE-27NOV70
CtRC ACCESSION NO--AA0130109
/F-XTRACT--(U) GP-0- ABSTRACT. ALKALI METAL imc-rAPIHOSPHATES, SUCH.
ABSTRACT
AS KPG SU9,31 WERE PREPD. BY TREATING THE CHLO-910E OF THE APPROPPIAT-E
METAL 'WITH A P COMPD. IN THE PRESENCE OF 0 AT HIGH TEMPS. POCL SUB3 WAS
--USED FOR THE P COMPO.; THE ALKALI METAL CHLORIDE WAS USED IN MELT FORM;
THE PREPN. PROCESS TOOK PLACE AT:SIMILAR TO 1000DEGREES,
oFAC I L I TY KIROV, S. M., UELORUSSI
AN TECHI'40LOGICAL DISTITUTE.
-iSSIFIED

USSR UDO 519.2!62-50
PT3:CHKM. YE. V.
"Analysis of Automatic Control Systems Consisting of Protability Static
Components"
Minsk, Novyye elementy sistem avtomat., telemekhan. i vychisl.
.tekhniki--Sbornik (New Elements in Systems of Automation, Remote
Control, and Computers -- Collection of.Wozks), "Vysheysh.
shkola," 1970, pp 104-112 (from Refer-ativnyy Zhurnal -- Matema-
tika, No 6, June 71, Abstract No 6V260, by Ya. Kogan)
Translation: The term probability static. c'omponent refers to
a component whose comprehensive characteristic is a standard
law of distribution f(y x), where y is the output and x is the
input coordinate of the component. It is assumed that all sys-
tem links are statistically independent. Integral equation5
are derivera for the laws of aistribution of the output coordi-
nates of a closed system consisting of these components. A
method for determining standard and no-n5tandard moments of the
output coorainate of a closed system by the standard moments of
an open system and nonstanciard mioments of the input coordinate
is proposea.

112 012 UNC L A S S~l F I E 1) PROC E S S I N,~i
TITLE--ON T14E ROLE OF THG MAGNETIC FIELD IN A 41AVG THEORY 01.
STRUCTURE OF GALAXIES -U-
L.S.w PTITSINAV N*G,
;~COUNTRY OF INFO--USSR
OURCE-ASTROPHYS. SPACE. SCI. (NETHERLANDS), VOL. ~7, NO* 31
_.~~JJUNE 19701
-DATE
PUBLISHED ---- JUN70
ARFAS--ASTRONOMYtASTROPHYSICS
JO-PIC TAGS--SPIRAL GALAXY, INTERSTELLAR MATTER
CONTROL MARKING--140 RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIE0
DATE--340EC70
THE SPMAL
P. 437-45
lRROXY FIC.HF 100---F070/605030/001 STHI i'40--NE/0000/70/()07/00'.3/0~t37/04~i-5
c Ipc.-ACCIESSION' 41 523
u N u L--I _~ 1. 1 E: Ll

2/Z 012 UNICLASS I FIED PA ()C C-*5 S I iNG DAT E-04DEC70
ACCESSION N---AP0141323
:-ABSTRACTIEXTRACT-W) (;P-0-- Acss-mACT THE SPIRAL 4AVES IN P, ",GOEL GALAXY
COINSISTINAG-OF THE DIFFERE"NVIALLY ROTATING INTERSTELLAR GAS AiND
POPULATION f ARE COf4SIOE'RED. THE INSTABILlTY OF SPIR4AL WAVES IN TI-4f-:
PRESENCE OF DIFFERENTIAL ROTATION AND IMAGNETIC FIELD IS FOUND. rHIS
INSTABILITY MAY LEAD AS WELL AS THE LANDAU INSTABILITY FOUND 0w
k,
MAROCHNIK AND SUCHKOV (19681 L969) i-O THE FURMATI N (31 AN OBS& VABLE
SPIRAL PATTERN IJN A SHORT TIME. IT MAY PLAY A DEFINHIVE -,-'.OLE IN THE
'SPIRAL STRUCTURE FORMATfON IN GALAXIES WITH WEAK POPULATION [1. (3 o
REFS). FACILITY:, ACAD. SCI. TAKJIK 5.5.R.9 DUSHAWBEF USSRa
UNCLASSIFIED-

-73
UMI 577.;s
ZMr-CRIZANIZATION OF PROTEIN MLECULES
[Artic)p by Doctor of Phyeical and 0. 1;.
ve_-tni~ ti Valik SSRR' Ruzzslarl' NO-9-7--17-
Solving the problem of pro Lein, mez-r-r., learning to syntbe-
q1ze an arnino-acid -orluence capable of spcnkanoously turning
Into a stable three-dimensi,:)nal structure which will perfort".. a
given function. To do that it is necessary to answer three
principal questions:
'I) how does a cell synthesi-ze a polypeptide chain with
a given amldo-acid sequence?
2) haw-ts such a chain~self-organlred into a given three-
dimensional structurc?
3) how does tho obtained three-dimensional structure per.
form a qj~ven function?
Thq fIrnt and third questions (on protein bionynthesis
and on the connection between the structure of a protein ond
its function) are for molecular biology, and in worL-
Ing them out qen,~-rall_y known major aucces-4es havP been achieved.
An for the Second quvsLion, (on the self-orgatkization of protein
molwctiles), it wns pcr,~d only rantively recf~ntly. It hecame
p-3ssible to sptak property about the self.-)rqatitzation of pro-
teins only when it had been shown that denatured proteins are
capable of spontaneously reatorin; their native structure after
the denstur.Lng agent Is rewoovvd. TL was concluded from that
that tho native structur,2 of a protein moLeculo corresponds to
its thi-rmodynaiiically most stable state, that Lis, a minimurn of
its free ener5y. It was assumed that, both in the process of
rena Luration. in vitro and in the process of self-organization
In vivo a protein molecule spontaneously acquires such,a struc-
ture as w result of thermal motion.

Z.,
dep~irLmvtd-j, n~t~.ct and :,Irv -,tP.,ra onul n~.v, E'd.-Joln-
trative To
administt~r 'J~'nural 111-stitWc. un."It-
gvnLC de:-,tyn otficp~z, t"si eta), a nc,~
urt;an 1~. cvv~4tf-d -- e -3ir~cwr!~ m,~etinn in .!'-'~h t~ie oil I ector
of tho Institute 3nd jjj~,; dpijtj'~s pjrticip~'tv..
By or,en !)illot the pirticip-ints in tnt- r.~,,tAta; appei%-
the diecror,- of a ntml;.~.,: of scientlilc of the
AcadiLmy Plected or r-r-1,:cted for a no?w te,-,i by tha 1~partru-n
. Approved an for the r7rn
VJNITI (All-Union 1-stitute of SciE-tifir awl 'rCchnic';
Information) -- Doctcw o1 Technical Sclenc,:_ A. 1. J~Lhayl.:~A'_
hath~-(nntir.n Inzt~ltu~r. 1-ni V. A. Ste'_Iov .- Arad~,mlri.
I- 1.1i raCav, jrqtJ_t,#,p of Hiqh-Prerrure Phfniv.~. -- Aca_
dt,ir,Lcian L. r. lnrt;.LUt,e of Phy-,C31 Problcms imoi
S. 1. Vaviluv -- Acadeici?;n P. L. "KaDitsa. Xnstitut'~. --f Rad',
Engineerinq and Clectrpnirs -- Acedc-micimn V. A.
Cri.ML';~n Artr,,.,phyrlca1 Latioratory -- A. B. ;5-~,C
Phyzico-TLcnn1raX Instltut~? Imeni A. F. lcf!~~ -- Arzadrmiclan
V. M. Tuchkeviclq and Irxstitute~of High Tvn:~-eza~vrcr. -- Carre.
spondinq Mqmber of the AS USSR A. Ye. Sheyndlini
Inntitute of Petroch~mical SynthesIs llm.~,nj A-- _V.:t'1-
chjy_Q,v -- Corresponding M~embi~r of the AS USSR ;i~_S. Nqn~tkln,;
TnstitutP of lletnroorqsnic Compounds -- kcadeniciln A'.
Tn-~;titute of Phynical Chemllztry
Institute of Chf~rnistry of the Vashlnir Ptarch =_C6_rz(
*pondlng Mrmber of thp AS USSR S. R. Rgfj)~ov, jn,~Jtut.~~ c:F 1C_.
tallurgy of th,! Uralz; Correspooding Mctt",
of the AS 11SER A. V,-' t n.' ln,~~titute of lm.!ni
A _P~jkb .- A' zncm.17,vgn .1r. r.
lr.,~tit-jOt of BIO.ChLmi.
Cry and N%y!i.tology of Corrvz;~.-3ndinj mcm!~or
of the AS USSR V S%--bIn I rnstL~utp .~f Aca-
temician A. Ccrre=pondinr,
Nember of t:le AS USSIX A. In&titute ot INJ~,jogical
Phymicu -- Acedomician G,.~F nk, Institutsy (,.f Phyriolrgy
imeni 1. P. Pavlov .- Acatk,-fttlcion V. N.
~' Tristi-
tute of Plint Biology -- Acade-miclan 13. L. IrisLitutc
uf the Ev~)lutionary Morpholaqy and Ecclogy _Imeni A.
N. Severtsov -- Corresponding Mcmbrr of thc AS VNSJ~ V. ','e. So-
kolov, and the Institute of 131n1a;y of the Ba-jhtar BrO-FC1T--:-
DO-Ctor of Agricultural Sciences V. K. Girfano;~.
';' , ~TA ,
Inqtitube of Geology of the Dage-.tal Brarlclh -- Candidat
f Geological and Mineralogical Sciences X. S. Nagjtayev,
4

SECTIOX. TV
L
5
Reqearch Institute, PUShChinG
'~Cac,ription:
(U) During this quarterly reporting period, two new articles were
Ij
ls~ocated from the Protein Renearch Institute at Pushchina. On the 'basis of one
of the artlclvr, which dealt with archarich'a ccl'- riborc=cn, :Lt v--:: pozz:rillic Z=
ancociatc ono new person, H. 1. Smirnav, vith the inztitute ( 3 The other
artirle, also,on e;;rhrrichia coli, wan issued jointly from the Institute of
renctics and SoIA.ictlon of Microorganisms, ~loscow, and the Protein Research
inotituLe at Punhchirto (33). Previous arLiClea by V. 1. Permagocov have been
issued from the former institute. No previous facility assocIation cculd oe
located for V. D. Vasil'yovo but it to likely thnt ho reprosents thf. latter
-institutc. This article probably reprerentd some joint v.)rk bwtv-een the Z.=
urce of reference, given below ir. a cempleta "I"ing
(U) As a ready so
of personalities identified with the Protein Restarch Institute to the present
V time: All' - wor
PtliWtn
(ZiirgAdze, Yu. M.. Rzshevskaya, Ye. P.
Fodorov,11. A- Scrdyuk. 1. X.
YInkal',hreyn, A, V, 1~1.rnov, N. 1,
Gllnskaya~-q. V. Spirin,.A. S.
Lavrilovs, L. P. Tiktopulo, Ye. 1.

-1f3; 0?Z 0"CL A SSI p I ED P:ucEs5 r
:T ITLE-UN THE CIOINSIA:ICY OF THE -HY i " (~ . .415: DATE-13NOV70
CPHOBIC NUCLE'%'.)S Vkl1Lfj9L- IN ~GLECULES OF
i-I.YOGLOMNS AND HEMICJGLOBINS -U-
PT I rSY.14, a B.
COUNTRY "IF INFO-USSR
-40LEIKULYAkNAY 31OLOGIY4, A970, VOL A , NR 3 ,PP 37 2-33 2
i)AT.E - P U5 LISHED ------- 70
5k;3JECT AREAS-3 I UL06 I CAL AND MED I CAL . SC I ENCES
--M - I
TOPIC TAjS M M 0 A C I -D HEMOGLOBIN, MUSCLE PHYSIOLOGY
.`C-NT'JL ;,!APKflNG--N0 PESTRICTIOINS
::PROXY R-'L'~---L/FkA;-I;r*.---30k)5/Oft35 '~T E: P
CIRC ACCESSION N0--AP013Z659
C L S IT I rl

L -)CLASSIFIED
.Z/3 022 PRG
C 13C A'ZICESSION -N0--AIlJ132659
A3STRACT/"XTRACT--(U) GP-0- A6 T RACT AM P10 ACID kt-pLtlCE'!C-.'~TS t,
C A
M3LECUL (~S OF '-'lY-0Gk_Gt3 P4S A ~NiD HC-,llQGL0B -f ~iS OF 0 1 FF ERL.il f !)R, I GE \11 I I AVE 3 E EN
1 31 S T .IGATED. 31 JF 34 SITES ~XCItiPIL-D -3Y:lvk]NPQLe0. AMP4,j ACID R E S I U-IJ E S
IA ALL 52 PRIMAKY~ STRUCTURES KNOAN Ar I>RE~,;NT FO~llli A U111FIED HY3--,ijPli0t3lC
Z0%E IHYDkOPH03IC NUCLEUS OF THE GLOBULIE).! THe STATI$TICAL A-NALY~15 OF
THE: A,'flN0 ACID IREPLACEMIENTS IN THIS ~IVDRGPHUBIC ~.lJCLEL)_--- HAS SHL)rlC THAT
THEY JDCCU;Z PJ SUCH A MA',i\JER TFiAT THE ~JJCLEUS VOLUM-P
APP,~OXI;AATELY C(1~4STANT: THt V~ILU;4_` il-;ISPERSION DOES N:14T E"X:_-EFD 230
A%,'Gsn)c..,i pmmE6 41CH TO THE. MEAN SQUARE' 6F 15
PLACE.
ANGSTROM P.~IMIE31 PER BITE [N W11CH AM[ND ACID REPLACEmLo's rAKE
IT IS P4l0TEE'.-lGm'THY THAT AT CONIPLFTELY HlAi-,J[JM SUBS TIlUTji:lljS [JF 'UNIE: ;,l*)%d0LAR
I -C 01 OTHER THE V(,,!J',Ir, (JPo-PEISI~GlN OF G!,il: SITE 10"LIL0 BE ~AIEOO
AM liN I AC P) Ff R ANC - - I I - k 1.
ANISS rRfJ-A PR I ME6 ( Tiflr: M~AN SQUA-NE ~ i~EVI [A T I ~]N. 'I INJS ift,3 Atil->S R D"I PR Pii- 3
-1 P 0 S S 113 LE 1*0 I-STA;SLIS-i THE
THE, FJIJIi~',i SlATIS'ilC4L Af4j,LYSIS MAKL_~ IT
IS fHE CUNSTAI~CY 01` THr:_ `iYDRUPHOBIC
EXISTENCi_ OF TWO ;4ECHA:41S~"l
P,_ L:,
NUCLEUS VOLUME. 0!4 THE ONE HAND, THEI~E IS A C&I,-JilIN ;-STRICTIUN OF
V-0LUMES) GF THE SIDI: GR"JIJPS WHICI-I CAN DCC0PY:FVl:_kY GIVEJ.-I SlIE: 1~,l THE
',PJf__LEmU'j t eW;D, (~;l THF OTHFR HAND, THE NYOPCIIH ~j 3 1 C j',l U C L EU S
VOLUME r AS A WHOLE , W) riiE VOL'WIES . OF -'l.'LJCLFUS 5 1 TE S C101AMSED OF THREE
- 11 ROUPS
SIDE GkOUPS EACH, ARE NICkE Ctj~ STA~NT THAN THE VOLUMES OF': THE: SIDE Gi
CCCUPYPIG EVERY lN0fVl.0UAL SITE, 1. E, r THE AMINO ACID' REPLACE4ENTS IN
HYDROPHOBIC NUCLEI 00 LOCALLY C(jAP_z,,~rS.ATE EACH OTHER.
IJ Nr_ L iS 53 1F
fflj~w h ittfl-I jil j_mFw_ iiiffli-cm i 51 i i i-li -ii ii -xia ii-I i ii;
mmil
-o-, ~ i ~,,, _~-au'm "NMI I di I
in IN

.... . . ..... ...... ......
~3/3- 022 UNCLASSIFIFf) PROCESSING DATE-13NOV70
CIRC A-CC~E S S ION i,4L.--APQ132659
ABSTRACT/EXTRACT-INASilUCH AS THE V'jLUMES GF NUNPOLAR SIDF RACMCALS Af1-,E
PROPORNG"iAL TO FREE ENENGIES OF- TRANSFER FROM. THE~ORGAN[C SOLVENT
..(ETHAP40L) TO WATER AT THE SAME TIME FOR 'THE CONSTAINXY OF THL VOLUMES OF
NU C LE I M E A N SALSO A COiNSITANCY OF 'FREE ENERGY FOR STA31L IIING THE NATIVE
SPATIAL 5TRUCTUiE (~-F ~'7L(33INS t3Y HYDROPHOBIC INTERACTIONS.
-FACILITY; INSTITUT~ PROTEIN kESEARCH A C A D Eli Y
Q OF SCIENCESo USSR,
PUS TC ii I NO- ON-01K.A.
L A S`~

112 020 UNCL AS S,I F I EW. PROCESSING DATE--18SEP70
TfoTLE--lNTRAMOLECULAR SALT BONDS IN SYNTHETIC POLYAMPHOLYTE; A COPOLYMER
"-.,:OF 2 METHYL 5 VINYLPYRIDINE AND METHACRYLIC ACID -U-
AUTHOR-(04)-KlPPERi A.1.9 OMITRENKOv L.V.v PTITSy,,N4,,,Ap,I1., SOGOMONYANfSt
ZH.S9
OF INFO--USSR
.-,,~SOURCE--MOLEKULYARNAYA BIOLOGIYAY 1970, VOL (t, NR 2t PP 175-183
GATE PUBLfSHEO ------- 70
S UBJ EC TAREAS--CHEMISTRY
JOPIC TAGS--COPOLYMERI i
PYRIDINEt METHACRULIC ACIDt POTE14TIOMETRIC
TITRATIONt SPECTROPHOTOMFTRIC ANALYSIst INTRAMOLHULAR MECHANICS,
CHEMICAL BONDINGt PROTEIN
CID11TROL 14ARKING--NO RESTRICTIONS
tUMENT CLASS--ONCLASSIFIE0
-.00
.:PROXY REEL/FRAME--1984/1716 STEP NO--UR/0463/70/00!t/()02/0175/0183
JRC ACCESSION NO--AP0100313
MUM, MO.
A ff 1w, -11, MW m MW I Rig -9 tl -

2112 020 UNCLASSIFIED PROCESSING DATE--18SEP70
CfRC ACCESSION t-10--AP0100313
`ABSTRAC,T/EXTRACT--(U) GP-0- ABSTRACT. THE INVESTIGATION WAS CARRIES OUT
'OF ELECTROCHEMICAL ANO CONFORMATfONAL PROPERTIES nF A WATER SOLU13LE
COPOLYI-MER OF 2 METHYL 5 VINYLPYRIOTNE AND METHACRYL[C AC,10 (50:50) BY
POTENTIOMETR[C TITIRATION, SPEC TROPHOTOMETR IC TITPATIO,',, (FROM ULTRAVIOLET
AND INFRARED.SPECTRA) AND BY VISCOMETRY. IT WAS SHOWN THAT IN THE PH
RANGE FROM SIMILAR 2 TO SIMILAR TO 7 AN INTRAMOLECULAR SALT BUNG WAS
FORMED OF THE TYPE NH PRIME PLUS COO WITHOUT COUNTER IONS FROM THE
SOLUTION. ABOUT 30PERCENT OF GROUPS OF-EACH TYPE WAS INVOLVED IN THE
SALT BONDS. THE GCCURRENCE OF INTRAMOLECULAR FORCES.OF ELECTROSTATIC
ATTRACTION LEADS TO A MORE COMPACT CONFORMATION OF THE MACROMOLECULE AS
COMPARED WITH THAT OF THE GAUSSIAN COILS. THE PROPERTIES AND BEHAVIOUR
..OF THE AMPHOLYTE-. PERMITS TO CONS10E.R. 1,T AS. AN APPROXEMATED PROTI~IN
!MODEL.
11 fT(- 1 -a i~ iz T, 1_- T-17 1-1

U=
ru/
.5L17.963+339.19
"
S Y-V0 US'
M Prote-Ln Institute, Academy of Sci-nc
Vol,
"Physical F rinci p! t-s Governing the S-%lf-Mrganizaricon of P-1-otein Chains"
oscow, Uspokhi Sovromennoy 2iolo-y-ii, No 1, 1970, pp 26-48
Abstract: 7,;~:isting information on tho forces at w.-Ir in zo ton
molecules, and on tIr ways in which. th~r, scqLience of on-ina i-xids in
the pnlyprptide cha--In uses these forces to co-de thl- sDatiill. Structurl~.
of the proteirt cha'~fn, is pr,-sented. The :survey o.,mbraces Uie
tion of monomer units of the proteir, chain, ralpha-att'(f. b,~ta- strucrures
a L-)bijlar proteins, codivo-r
of, globular proteins, the compact structure
f the spatial structu~-e of p-lolbular prateins, coding
o f 0 of the spiral
portions, and the mechanism oZ- seLf-orgaaization:of protein molecules.

.1/2 Oil
UN C L S S I F I E
P~ 1?,~ ESSIM, JAT --IIDEC70
T1TLE--iGN-LINE,'km WAVES L~ SfE'Ut~:~ ANU NE SPI,.,*%L S1i,,UCTU.M- UF
6 *LAX I L S. -U-

'T RY
LU;~i OF I IN P0--U S SR
C
/-HUM\AL# VOL. 47, NO. 3v 1970, P. 499-502
GA EP Ub L I SH E 7 0
S,USj ECT Af--.E A S-AS T F C NOM Y, A S T RCP HY 5 1 CS
TGPIC; TAGS--GALAXY, MODEL
WiTROL M4RKING-NO RESTRICTIUNS
t)CCUME%T CLASS-UNCLASSIFIED
Y FICHE NG--FD7,)Yr.)(j5013/1)04 'STEP
CIPC ACCESSION W"'--APU'[4(dJ93

212 UNCLASSI F LED
CIRC ACCESSIC,"
A O`ST,'%A(, IVEX TkAC''T--(U) Ai~ T ksl GT 0 1 S C I J S S I ON, (D i: fl-iE FIr E '~j C F Ci
NONLMEAP. STELLAR 0-LtN-5-.[IY ii-4AVE.Sr 1--REE 6F DIST6RTICjil 5 Y1, f FF LREN T
RO T A r i (-j,% , i t, S E L FV I r A T 1-3 'a N G L CCOMP 1-11,4c'NT P) A SMJ., (: YL [Nj~-,
SHOIAN Tti,~T SJ~IALL AMPtATOL)c COVES le,ijGSf-. , J-F
LOGARLTHPIC SPIRAL CAN EXIST IA SUCH A 13ALACTIC M(I)OLL r)l"-'-L 4AVI-S
BE RPSPOIJ'SIBL~ FOR THE SPIRAL -STRUCTURES~ OBSEPV~:D IN 6tt.AXIES ;ilri-i
SU; SYSTEMS.
OEVELLPED SPi-,LRICAL. FACILITY. A KAOE:.,l I I A NAUK
-SKOI SSki 1~ YU S SSR.
NS[ITUT ASTROFIM-2, 1) till, M 6 E
U,,`4 L L A
IBM MINOMIN I
i M05

us 9 R. LIDC- 6-32-95
PTIMMIA N. V., and BRAGIVA, V. V.
f "Tbe Deteraination of Residual Imounts of Neorone, GzIechrone e-nd Gardona in
Apples"
Trudy Vtorogo Vaesoyuznogo soveshchaniya po Issledovani-ju ozt-:~itkov pestuitsidav
i profilaktike za,,-r,,zaneniya i=i procIuktov,pit-ania. i vno-shney sredy
(WorIvs of the Second All-Union Conference on the Study of Pesticide Residues
and the Preventior, of ContzuAination of Foc/I Prod-uzczu, Fodders and the Eyivixon-
ment by Them), Tallinn, 19?1, yp 194-196 (from Refet-ativiivy Zhtxnal -- RhAmiya,
No 10 (11), 1972, Abstract No IOR510 by T. A. BelyaZrova)
TMISlationi To 100-ZOO g Of crusbeti apples is added 300 ... 11-00 ml patrolemu
ethexi then 14201,, evaporated and pesticides are identif.1-od using thin-layor
Chromatographyt neorone on sil-tca gel KCK-2 bantonito on Al 0:., j bentlonl te
or t~1293; gaxdona on beentonito D:r Al 0,1 galecbronr; on ALIO Fin .41 0 dhroma-
2 0" 3' 2 3
tOtography is cor-glucied in a systt-m of n-hcrare-acetone 5tI (for gzJechrone,
1910:.5 is- better). Development is conductoa vitb P- meagent containizir a
Solultion of 0.5 U AgNtO in 5 ml watery 5 ml of Ln aqueous zobit;oll OIP
3
0 .3 mil hydral-enparorlde and - 90 nil vater (%tovO. v(-, 100 nl
L

fifflffmMmmmusim IN WHANUM
20NOV 7 0
I/Z -036 UINC L AS S I F I ED- PRUCESSINt$ L)ArE-
TJTLE--STt--UCTUHL- OF THE PGLYPiHi O~ 3 3 ~r -LIFLUOR0, It 2,EVM-~P.WPANE -U"
P
I.V., KAZANSKLY7 K05,t VTlT5YjjA#,-A,-*-l KUSHPIEREV,
CCUNTRY UF INFC-USSR
0, 12(4) 622-8'
SbURC E-MUKUMUL SULW:i., SER. A 1,97
DATE PUbL I ShE
S U Gj.E C TARZA 5-CHEll I S TRY
TOPIC TAIGS--,`~LLLCULAH EPOXY Cil.JIMPGUND, f-LU0A,lNAl*UA ORGANIC
CUMPLUND, PROPANE, X kAY ANALYSIS, IR SREcj;Mll, Ck'YSTAL LATTICE
SfRULTURL
-f-WIT11CL lf-~AkKING--NIG RESTRICTIONS
0 0 CiJ M E At T C, 1. ii S SL AS I F f L i)
PRUXY IM ./,I kAfil.--30061L~8.3 STEll iN0---UV045'J/ 10161.210641,
2 2 0 f3 Z!j
CIRC
UNf,LASS I FfED

4/2 O-loo UNCLASS IF I FO PROCESS)ttiil'i DATE--20N'OV7G
CIRC ACCESSIGii NO-AP01325057
'TkACT. ;X RAY I)s%]'A li\jCICiOEI~ THAT
A RACT/0.1RACT-N) GP-`- -c.
PCL Y (3,31, 3 , Tk I F LUORO , 1 2 L-XY il POPAI'l E- ) (I ) HAO A RHOW',IC LATTICE '11TH
THE PAf-,A.;,.i,rERS: AtPlif, f.:--eUAUS 11,42 PLUS OR 4-11-YUS 0,01A.\t'-TRo:-t; 6
6 .2 6 P L li S 0 F h I PlU S 0 . G L A NG' S T RU P, E QU A L 5 41 . 2) 6 r) L U S ON I il.: U S 0 . 0 L
ANGSTR6M; ANO Q EQUALS THE IR SPECTRA UF I AWO THLIR RELAric),7~, i io
POLYNL-k STRUCTURE 6ERE DISCUSSED. FACILITY! MSF. KrilM, FIZ.,
MUS C Ovi, ussf~
ONC LA SS I F I L 0

UL9 UNCLASSIFIED PAOCESSING DATE--30OCT70
TITLE--EXPERIENCE WITH CLINICAL USE OF VISRAMYCIN -U-
A6TH0R-(05)-MIKHNEV, A.L., PTUKHA, R.M.I'TYDELSKAYAt I.L., KRYLOVA,
YAKOVENKOt S.N.
CCUNTRY-C;F INFO--LSSR
~SGURCE--VRAChEl!NOYE DELGI 1970, NR 2, PP 12-16
DATE PLbLISHED--70
_t SUBJECT AREAS-GIOLCGICAL ANG MEDICAL SCIENCES
.:-- TOPIC TAGS-BLOOD SERUM, PROTEINj TETRACYCLINE* INFECTIOUS DISEASE,
SELECTIVE CRUG EFFECT
~'~."'~ZONTRCIL MARKING--NO RESTRICTIONS
DGICUMENT. CLAS S-UN%' LASS IF IED
REEL/Fr-'%AME--1985/0454
N.M.,
STEP NO--UR/0475170/000/002/0012/0016
CIRC ACCESSICN NO--AP0100932
UNCLASSHIED

--30OCT7C
212 019 UNCLA;SSIFIED Pi,tOCESSING DATE
CIRC ACCESSIGN NG--AP0100932
A&STRACT/EXTRACT--(U) GP-0- ABSTRACT. VIBRAMYCIN (DOXICYCLIN) EXERTS A
CHARACTERISTIC OF TETRACYCLINS ACTIGN SPECTRUM BUY IT PROVED MORE
EFFICIENT THAN ITS STRUCTURAL H61MOLOGUES. TCjLi'RA",C;E OF THE DRUG WAS
GOOD AND CNLY TWO PATIENTS DEVELQPED V.OMIrING- VISRAAVCIN PROVED HIGHLY
EFFICIENT IN.THE TREATMENT OF ACUTE INFECTIOUS DISEASES. THE
CONCENTRATION OF DOXICYCLIN REACHES 2.55-1.72 GAMMA-ML OF BLOOD SERUM
FOLLOWING INTAKE OF 200 MG. WHICH 15 SIGNIFICANTLY HIGHER THAN WITH
OTHER TETRACYCLINS. FURTHER INTAKE PER 100 MG KEEPS ANTIBACTERIAL
CONCENTRATION ON A HIGH LEVEL. DATA ON THE BINDI;iG OF DOXICYCLINE BY
BLOCD SERUM PROTEINS ARE ONLY PRELIMINARY AND CONTROVERSIAL AND NEED
FURTHl:-R STUDY.
UNCLASSIFIED

T 14 e4j
-Sot,
of
ki
co
-C t,
8 D ~17
Al
Y
IL if
9s
71

----------- ---
UNCLASSI'FIE0
~?F PfZGCFSSlNG 04TE--17JUL70
"JITLE-ADSCMIC,14 OF CARBC1% MCNOXIDE C'N' T E ACE OF A TUNGSTEN SINGLE
CRYSTAL PARTIALLY FILLED WITH THGRILP -U-
4LJTH0R-~-AGEYKl%t V 5 1 PT-bwjiiVTSR rY P C L 0 Z (3 V8P
~.q-~CU,NTRY OF
US S R
S.ttJ.R(; E- F I Z7VFf?C. TELA 1970 12(l), 221-6
DAT E PUBL IShEC-----7C
slJ JE C TAREAS--Pl-YS ICS
T0.PJ-C TtGS-GAS ABSCRPTION, C~'Ro~ON PONCXIDE, Sll-iGLE CRYSTAL PRCPERTY,
METAL SU~FACE IMPREGNATIONt THORIUM.9 WORK FUNCTION
UIXTROL. 14AFKINC-hC PESTRICTIONS
-OCCUMENT CLASS-UNCLASSfFIED
~PRCXY REEL/FRAME-11379/1998 STEP NC--UPiCIBI/70/012/001/0221/0226
4111RC ACCESSICN NC--APCC48276
Ui",'C L A S S I F I E D ---------- ------------ ------

ef. Code:
V e) 1001
104165k Adsorption of cartoon monoxide on Cie surface of a
tungsten single crystal partially filled with thori A- 'k
Wn. ' mo in,
1% S Plushinsb-ii, Yt - Q , INOKO-1-, B, P. (Injt.-Fiz. 'Kick.
-UMB) Fic. Trerd. Tela 1970,12(l), Th~ effect
of partially filling a W surface %Oith Th on the adsqrption of CO
was investigated. A large effect,w2s bbsd- With a very. small
amt. of Th on the W surface. In the mechanism df adsoibtion
capacity suppresusion of the W surfue, the dominant role is played
by the charge state of the Th atoms, 'The charge of tb~ ad.
sorbing atoms sharply~ decreaseswith increasing degree of mver-
age. Results obtained for W faces with difffxent w6kk functions
correlate with the expected dependence of the charge stage of
adsorbed atoms on the initial work function. A. Libackvi J
r,+
"h~004527C Abstractiag-Service-,
CHEMICAL'ABST..

r
USSR UDC 523.165
GINZBURG, V. L. PTUSKINV S., and TsYTOVIch, V. N., Physical Institute
imeni P. N. Lebedev, Academy of Sciences of the USSR
nOn the Role of Plasma Effects in the Propagation and I8otropization of
Cosmic Rays in the G_Qla_V"
Moscow, Izvestiya Akademii Nauk SSSR, Vol 37, No 6, 1973, pp 11-50-1154
Abstract: This work is based on IFIRT Preprint No 161, 1972, by the saw-
authors, which contains more detailed calculations and discussion. The
present article communteates only some basic results of this work. The basic
purpose of -this study is to consider the waves developed in the movement of
charged particles; the interaction of those,waves with the particles; the
effects of other waves, externally generated; and the inter~ctiorxs amone the
-waves. The overall re--ult is to introduce consideration of plasma effects in
the standard diffusion model of cosmic radiation.
Mi -stlers,
Three basic.types of waves are considered. magnetohydrodyna c, whi
and Lang.-nuir waves. Mhen cosmic rays move with an average velocity exceeding
the phase velocity of the waves, instabilities arise and there is a I'maser"
expansion of the oscillation due to anisotropy in the angular distribution
function of cosmic rays.
113

USSR
GINZBURG, V. L., et al., Izvestiya Akkademii Nauk- SSSR, Vol 37, No 6, 1973,
pp, 1150-1154
To develop waves in interstellar plasma, the increment must exceed the
decrement due to damping. Damping of MID waves is due to collisions between
ions and neutral particles, while the other two types are damped by electron-
ion collisions.
Formulas are given in the article for calculating the change in direction
of particles subject to these turbulent waves. These results can be used,
in turn, to make an approximate determination of the coefficient of diffusion.
Preliritnary evaluations show that nonlinear processes cannot be ignored
in the relaxation of the an-isotropic distribution of cosmic rays of a single
order. Furt,;her, there is still no rigorous'.theory of' MID turbulence,
particularly in a collision plasma. However, analysis indicates, that whist-
lers and Langmuir waves are not likely to arise when the an.tsotropy of the
radiation is low, so that 141D waves must be most significant in reducing low
anisotropy, except for cases in which. whistlers and Langmuir waves may develop
due to external sources.
On the other hand, analysis shows that the spectrum that is attained can-
not be established solely by effects due to the cosmic rays Jhemselves, and
that.external sources of sufficient power to provide the necessary NED waves
2/3
28

USSR
GINZBTJRG, V. L. , et al., Izvestiya Akademil Nauk SSSIZ, 1101 37, No 6,
pp 1150-1154
are not available. Other mechanisms, such as circulation in mag"etic fieldn
or scattering in magnetic anomalies, must be assumed. A theoretical study of
MD turbulence in collision plasmas and the possibility of shock wave formation
Would be valuable. There may also be new types of waves in a mixture of
elativistic and nonrelativistic gases.
r
313
M"
TIME - ~jz jta! . . . . .........
A. iN, .............
ki-

USSR UDC 536.24:536.42
"Heat Exchange Between a Rarefied Air Flow and a Porcus Body Supplied Witi)
Water"
V sb. Teplo- i massopere-nos. T. 1.- Ch. 3 (Heat and RaSS Tra-116fer. V01. 1.
Part 3 -- Collec~,*on of Works), Minsk, 1972, pp 209-221 (from Pz-h-'-e3-,han-'Ika,
No 8, Aug 72, Abstract No BB869)
Translation: m. experimental study of heat exchange at r-mall velocities
(u- < 4 n/sec) be-tn-ieen the flow of a rarefied gas (p.. ^, 2 Tm-fl Fg) and a
vorous medium flcmed by glacs spheres of dianeter -1.5 na- (por-csity of the
medim 37%) is descr-,Ibed. The porauc medium was p1aced .n the
wall at the distance xO = 30 cm fron the begintainIg of th(!t d-r-arjk bound--v
i
!aye--. The dimensions of- the porous bcxly are the 1`011cr.-iing: -lencrt-b 20.S cm,
width 6.8 cm, depth 8.2 cm, surface with nylon coating of tbic-,Ir-rierm 0.1 vnm.
Experimental relationships obtairic-d for the reduced local
numbez,,, fur the surface of the prwom. saimqilr~ ard the
The experim-ental restIlIn are aija1yzed. Thci exirtemce of 1-m (p-41m,1- - t-O..
C va
ration depth opt was established at i4hich the hea-t i,-, a max--Mmi
iufflmfilml; .01 fig

----------
USSR
PUASSON, G., Teplo- 1 massoDerenos. T. Ch. 3, Mins', 1972, pp 209-221
1here occurs along the length a rapid d
ecrease in heat transfer up to the
value of heat exchange on the lsothermal~surface, The theort
y of A. V.
Lykov iS supported up to values of ~Opt, 'The experLment does not cor-
respond to this theory for IP > A.,I. Bunimofich.
opt*

Acc. Nr Abstractips S?ce Ref. Code
*9PC048836 ST 'L? I _7
CMUCAL AB
90905n Initiating action of some unsaturated peroxides dur-
r
ing styrene polymerization in bulk. Pwh' A~'*A Pohhmur-
"- mur
~,-,J. PM -iTN--
skaya, M, Yurzhenka T L; Rrut
Inzt., L% SR) . -W-Sp- t. -
Ov US r 11 67 2t In
~V~so;?ornoi. Soedin., aer. 4
24-S-51 (Ruisl. The initiating action of several uns:n1d. pere.Mers
during bulk polymn. of styrene wa~ compared with that of their
satd. analogs. Peresters studiH'iwere tert-Bu peracrylate (1),
tert-Bu erpropionate, t1l), tert-Bu permethacrylace ter(-Bu
p
perisobutyrate, vert-Bu percrotonatf, 1111). and 2-(vinyjethynyD-2-
propyl h~droperoxide'(IW The initiating action wa~ detd, from
the rate of polymn. o' styrene dilatometers at initiator cofien.
~0.00565,0.0281.aiidO.0,5:)6mole/l.ahd-,()-90'. Thed.n. varied lin-
early with time (at 20-3% conversion The unsatd. peresters had
greater initiating action than their sad. analogs. Thui,, after 2 hr
the conversion was 1-3.3% with I compared wit h 11.0% with 11. The
initiating action,of IV was intermediate beiween that off and III,
The unsatd. peresters had lower activition energies (14-5-15 kcal/
mole) than their satd. analogs (19.0-2", .2 kcal/mole), Themol.,vL
of the. polystyrenes obtained was inversely proprtionM to the
perester (both satd. and unsitd.) conqn-, apparently du~ to inten-
sification of breaking of the growing polymer chains. The unsatd.
peresters initiated. polyn3n. of vinvi monomers at comparatively
low temps. and gave branched polymers. DBJR
REEL/FRAM
1960003
r

USSR UDC 612-622-3+612-821.6
PuchINSKAYA, L. M., Institute of Higher Nervous Activity and Neurophysiology,
Academy of Sciences USSR, Moscow
"Evoked Potentials and Perceotion of Stimuli Characteristics at Different
Attention Levels in Children and Adolescents"
MOSCOWS Murnal Vysshey Nervnoy Deyatellnosti, Vol 21, No 3, MaY/Jun 73,
pp 640-642
Abstract: A study was made of the average evoked potentials (A-.,P) in children
7-12 years of age to light stimuli of differing intensity, an(I of their cor-
relation to perception of -'.,he diffeminces at various atV=tion levels. 111, was
found that the AEP in children whose attention had not specifically been
directed to differences in si~gial intensity waa characterized by a high aegree
of similarity in potentials from th,!i occipital) parietal, centiul, and post-
frontal areas. The potentials were simple; component forzation -was poor.
When the children were asked to vatch for differences in signal intensity, the
AEP in most cortical areas became nore complex in response to both light
intensities. Ifew components appeared, and changes occurred in arTlitude rela-
tions between individual components.

IMWOMM-7-
Ace. Nr. j
AP0029085 Re f . Code: UR 0246
PRIMARY SOURCE: Zhurnal Nevrop4-~ologii i Pailthiatrii, 1970
Vol 70, Nr 1 p
P
CHANGES OF BIOELECTRICAL BRAIN ACTIVITY IN TYPICAL NEURALGIA
OF THE TRIGEMINAL NERVE AND FACIAL SYMPATRAMIA
_chinskaya
G,;
The authors studied the bleelectrical .brain activity in 105 patients With different pain
a ve,
syndromes of the face (66 with ipsilateral, 5 with bilateral typical iieuralg; of the V ner
4 with postherpetical neuralgia, 4 with neuralpla of the glosiophar' ' nerve and 25 with
f&cial sympathalgia). In typical neuralgia the EEG shows signs of it!,r1TtLation, desynchroniza-
flon and discharges of paroxysmal bilateral activity. These changes were especially stressed
in registrating the blopotentiali during or proximately following the attack of neuralgia.
The authors presume that these changes may indicate to the involvern,~nt of the.- stem reticular
f,qrmation In the complex niechanisins of the pathogenesis of aL typical neural,gia of the trige-
minal nerve.

USSR
VAGIN, V. N., PUCHIN'YAN, V. K.
"Study of Cooperative Solutions in the Game 'The Prisoner, Dilemma"
'Problemy Bioniki [Problems of Bionics Collection of Works], Moscow,
Nauka Press, 1973., pp 361-366 "Translated from Referativnyy Zhurnal Kiber-
netika, No 6. 1973, Abstract No 6V488, by, the authors),
Translation: A game of two persons with two strategies and nonzero sun is
studied. The possibilities of development of cooperative solutions in the
game of two stochastic automata modeled.by computer is studied.-
59

USSPI UDC 681. 3
PI.IUIIN-YAN, V..__~, SHEIN, P. D., SHTEMN, M. Ye.
"Problem of Optimal Division of a Graph and Arrangement oC Digital Computer
C,
Devices"
Sistemy Raspredeleniya Resurscv na Grafakh [Systems for DIstribution of Resources
on Graphs -- Collection of Works] , Moscow, Acad. Sci. USSR Computer Center, 1970,
pp 118-126, (Translated froul Referativnyy Zhurnal, Kibernetika-, No 6, 1971,
'Abstract No 6 V574 by 0. Belkin).
Translation: One problem of modula~r planning of digital computers is studied.
A circuit is to be represented, fixed on a Structural level by a set of modules
of the next level so that the Titimber of connections between the inodules is nini-
mal. The plan of the device is fixed by an equivalent graph, the points of
which correspond to modules in the in---tial circuit. I'he lizies OF the graph are
identified with the connections between modules. Further, 'the problem of divi-
sion of the system is reduced to the problem of division of Its equivalent graph.
The algorithm for division consists of organization of an ordered seiection of
all possible sets o.' line nLnbers, i.e. all p ssible divisions, satisfying cer-
0
tain conditions. The division satisfying these cDnditions is considcred opti-
mali Ilic algorithm suggested was prognirmed on the M-220 digital computer. I'lle
time Of solution of the problem remains within permissible Jimits with 20-30
Points on the graph.
HIM

USSR UDC 681.3(07)
KSENOFONTOV, 1. S., UMBERG, V. M.. ""qdm"N ZHUKOVYE'MEL'YA2NOV, 0. D.,
and YAKOVLEV, K. A.
Blektronnyye Tsifrovyye Vychislitel'nyye Mashiny (Dopushcheno Ministerstvom
Vysshego i Srednego Spetsial'nogo Obrazovaniya SSSR v Kachestve Uchebnogo
Posobiya dlya Tekhnikumov) (Electronic Digital Computers (Authorized by
the USSR Ministry of Higher and Secondary-Specialized Education as a Text-
book for Tekh-aikums]), Moscow, "Mashinastroyeniye," 1970, pp 369-371
Translation:
Table of Contents Page
3
Foreword
Chapter 1. Arithmetic and Logical Fundamentals 5
.1.1 Number Systems for Digital:.Computers 5
1.2 Forms of Number Representation in Digital Computers 8
1.3 Coding Negative Numbers in Digital computers 14
1.4 Addition and subtraction of Fixed-!-Point Numbers 19
1.5 Addition (Subtraction). of Floating-Point Numbers 28
1.6 Algebra of Logic. The Concept of a Proposition and
Its Importance for Truth 34
1/8

USSR
KSENOFONTOV,, I. S., et al., Elektronnyye Tsifrovyye VycIiisliteI'nyye Mashiny
~(Dopushcheno Ministerstvom Vysshego i Srednego Spetsial'nogo Obrazovaniya
SSSR v Kachestve Uchebnogo Posobiya d1ya Tekhnikumov) (Electronic Digital
computers (Authorized by the USSR Ministry 'of Higher and Secondary Special-
ized Education as a Textbook for Tekhnikums]), Moscow, "Ifashinostroyeniye,"
1970, pp 369-371
1.7 The Concept of a Switching or Boolean Function.
Basic Boolean Functions 36
1.8 Axioms of Algebraic Logic 42
1.9 Disjunctive and Conjunctive Normal Forms of
Representation of Boolean Functions 43
Chapter 2. Elements of a Digital Computer 45
2.1 Representation of Characters in Electronic Digital
computers and Classification of Elements 45
2.2 Passive Logical Elements 48
2.3 Logical Elements Made From Transistors 58
2.4 Logical Elements Made From Vacuum Tubes 63
2.5 A.)[agnetic Core as a Binary Cell 66
2.6 Logic Circuits Made From Core-Diode and Core-
Transistor Cells 70
2/8
55

USSR
KSENOFONTOV, 1. S., et al., Elektronnyye Tsifrovyye Vychislitel'nyye Mashiny
(Dopushcheno Ministerstvom Vysshego i Srednego Spetsial'nogo Obrazovaniya
SSSR v Kache-stva Uchebuago Posobiya d1ya Tekhnikum-ov) (Electronic Digital
Computers (Authorized by the USSR Ministry of Higher and Secondary Special-
ized Education as a Textbook- for Tek-hnikums]), Moscow, Mashinostr oyenive,"
1970, pp 369-371
2.7 Elements Which are Used in Number Representation
in Digital Computers 83
2.8 Magnetic Parametric Elements 89
2.9 Transfluxors 91
2.10 Biaxes (biaksyl 95
2.11 Twiators 96
2.12 Thin-Pilm Magnetic Elements 97
2.13 Elements of Digital Computers Made From Superconductors 98
2.14 Pullse Shapers and Amplifying Elements of Digital
Computers 100
2.15 Systems of Unified Logic Elements 105
Chapter 3. Digital Computer Modult-- 106

'USSR
XSENOFONTOV, I. S., et al., Elektronnyye Tsifrovyye Vychislitel'nyye Mashiny
(Dopushcheno Ministerstvom Vvssheco i Srednego Spetsial'nogo Obrazovaniya
SSSR v Kachestve Uchebnogo Posobiya dlyaTekhnikumov) (Electronic Digital
Computers (Authorized by the USSR Ministry of Higher and Secondary Special-
ized-Education as a Textbook for Tekhnikumsl), Moscow, '.Mashinostroyeniye,"
1970, pp,369-371
3.1 Registers 106
3.2 Decoders (Selective Circuits) 110
3.3 Counters 117
3.4 Accumulators 125
Chapter 4. General Principles of the Construction of Electromic
Digital Computers
133
4.1 Organizational Elements of Digital Computers 133
4.2 Structure and General OperationaIPrinciple of
Digital Computers 140
4.3 A: System of Modular Computer Facilities 145
4.4 Classification.of Digital Computers 149
Cha,)ter 5. Arithmetic Units of Digital Computers 154
4/8
56

USSR
KSENOFONTOV, 1. S., et al., Elektronnyye Tsifrovyye Vychislitel'ny ye I'lashiny
(Dopushch eno Ministerstvom Vysshego i Srednego Spetsial'nogo Obraz ovaniya
SSSR v Kachestve Uchebnogo Posobiya dlya Tekhnikumov) (Electronic Digital
Computers [Authorized by the USSR Ministry of Higher and Secondary Special-
ized Educ ation as a Textbook for Tekhnikums]), Moscow, "Mashinostr oyeniye,"
1970, pp 369-371
5.1 Addition and Subtraction in an Arithmetic Unit 155
5.2 Multiplication in a Binary Number System 169
5.3 Division in a Binary Number Sysfem 184
5.4 Extraction of Square Roots 202
Chapter 6 . Memory Units of Digital Computers 204
6.1 Basic Concepts, Characteristics,iClassification 204
6.2 Memory Units Made From Ultrasonic Delay Lines 207
6.3 Memory Units Made From Cathode-Ray. Tubes 212
6.4 Memory Units Made From Ferrite Toroidal Cores With
Right-Angle Hysteresis Loops 217
6.5 Memory Units Made From Magnetic Tape, Drums, Diqks,
and Magnetic Cards 241
6.6 Memory Units Constructed From Other Elements 264
5/8

USSR
KSEHOPONT-OV, 1. S., et al., Elektronnyye Tsifrovyya Vychislitel'nyye Mashiny
(Dopushcheno Ministerstvom Vysshego i Srednego Spetsial'nogo Obrazovaniya
SSSR v Kachestve Uchebnogo Posobiya dlyd Tekhnikumov) (Electronic Digital
Computers [Authorized by the USSR 'Ministry of Higher and Secondary Special-
ized Education as a Textbook for Tekhnikums]), Hoscow, "Hashinostroyeniye,"
1970, pp 369-371
Chapter 7. Input/Output Units of Digital Co Imputers 267
7.1 Devices for Preparing Information 268
7.2 Information-Input Devices 279
7.3 Tmformation-Output Devices 287
7.4 Analog-Digital and Digital-Analog-Converters 307
7.5 Data Transmission Systems 314
.Chapter 8. Control Units 316
8.1 Purpose and General Characteristics of Control
Devices of Digital Computers 316
8.2 Addressing System, Choice of Addressing System 320
8.3 Modification of Addresses 329
8.4 Central Control Devices of DigitaL.Computers 331
618
57

USSR
KSENOFONTOV, 1. S., et al., Elektronnyye ',",sifrovyye Vychislitel'nyye Mashiny
(Dopushcheno Ministerstvom Vysshego i Srednego Spetsial'nogo Obrazovaniya
SSSR v Xacbestve Uchebnogo Posobiya dlya Tekhnikumov) (Electronic Digital
Computers (Authorized by the USSR blinistry.of Higher and Secondary Special-
ized Education as a Textbook for Tekhaikums]), Moscow, "Mashinostroyeaiye,"
1970, pp 369-371
Chapter 9. Fundamentals of Repair and Testing of Digital
Computers
9.1 Apparatus for Testing and Preparing Radioelectronic.
Elements for Work in a Computer. 343
9.2 'resting and Preparation of Digit.al Computer EIomeati
for Work in the Machine 346
9.3 Organization of the Task of Monitoring the Operation
of a Computer 348
Chapter 10. Power Systems of Digital Computers 352
10.1 Block Diagram of the Power System of a Digital Computer 352
10.2 Circuit Elements of the Power System of a DigitaL
Computer 354
7/8

USSR
KSENOFONTOV, I. S., et al., Elektronnyye Tsifrovyye Vychislite-l'nyye Ma-shiny
(Dopushcheno Ministerstvom Vysshego i Srednego Spetsiallnogo Obrazovaniya
SSSR v Kachestve Uchebnogo Posobiya dlya Tekhnikumov) (Electronic Digital
Computers [Authorized by the USSR Ministry of Higher and Secondary Special-
ized Education as a Textbook for Tekhn-4kllm Moscow, "]~~ashinostroyeniye,"
1970, pp 369-371
Chapter 11. Fundamentals of Hicroelectroaics 357
Appendix. Basic Characteristics of Certain Domestic Digital
Computers 364
Bibliography 368
58

171
USSL UK 681.325.3
yu.y!~. MIM0. A.M.
wAiiihaotic Dffic*s for H$gh-FP9ihd Digital Conputars"
M~otikh*okl," rojt,,v4 (English version above
as
PP
A=Otatloua This book covers the goner& I theoretical as well am practical prob-
less a the coutruttica of arlth2etle "'Cee 'or 4lGCtrOOiC digit4i CoaputerS.
TbA IIQ:C effective allorWAS for OP*r4tI*- Of BrIthvetic devices of vrims
"S Are dascribed and SaVhr,l now hardU~re des-1pme in the cozatructiou of
aritUetic units art a=iyzed. Comparattva evaluAtionof 467gral version. of
the arapal-ation of arithnotic, d4vicas &m pro,e&cod,
The book is desizzed for a broad rrmge of engineers sod utitotific w.rkers
involva4 In problems of plaimninj sud OW "icu of digital computers, as well as
SrAduata stadents students is the hIghor levelu of the corresponding
specialties.
4% tables; 63 f1jures; 48 biblio. We.

USSR UDC 681.3
GAVRILOV, Yu. V.,
"Arithmetic Devices for High-Speed Digital Computers"
Arifmeticheskiye Ustroystva Bystrodeyst,;uyushchikh ETsVN1. (English Version Above]
e
Moscov, Sovetskoye Radio Press, 1970, 280 pag s (Translated from Referativnyy
Zhurnal Kibernetika, No. 4, April, 197.1, Abstract No. 4 V625K),
Translation: This book analyzes methods of performance of a3-ithmari.c operations
in binary notation, as well as problems of their circuit realization. In the
explanation of individual statements, arithmetic devices of specifJc computers
are used as examples, Table of Contents: Chapter 1. Systems of Notation and
Forms of Representation of Numbers; Chapter 2. Binary Adders; Chapter 3.
Methods of Performing Multiplication in the Binary System of Notations; Chapter
4. Methods of Performing Division in the Binary System of Notations; Chapter S.
Operations of Comparison of Codes in the Arithmetic Devices of Digkal Computers;
''Chapter 6. Operations of Shifting of Codes in the Arithuetic Device.

USSR UDC 681.325.5
GAVRILOV, Yu.V., Z&H.Q
"Arithmetic Devices for High-Speed Digital Computers"
Arifmeticheskiye Ustroystva. Bystrodeystvuyushchikh FTSWI (Euglish version above],
Moscow, Sovetskoye Radio Press, 1970, 280 pp
Annotation: This book covers the gertiral theoretical as well an practical prob-
lems of the construction of arirlinetic devices for electronic dtgital computers.
The most effective algorithms for oper4t!oa.of arithmetic devices of various
:uction of
types Are doscribed and several new hardware designs in the consci.
arithmetic units are analyzed. Comparative evaluatiornof several versions of
the organization of arithmetic devices are presented.
The book is designed for a broad range of engineers and scientific workers
involved in problems of planning a:ad operation of digital.computers, as well as
graduate students and students in the higherIevels of the corresponding
specialties.
45 tables; 83 figures; 48 biblio. refs,

USSR
GAVRILOV, Yu. V., PUCHKO, A. N., Arifi-iieticheskive Ustroystya Bystrode)estvuYush -
chikh ETSVIM, Moscow, Sovetskoye io Press, 1970, 280 pp.
TABLE OF CONTENTS
Foreword . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3
CHAPTER 1.
Systems of Notation and Forms of Representation of Numbers
1.1- Basic Concepts . . . . . . . .. . . . . . .. . ... . . . . . . 4
1.2. Selection of Basis for System of, Meption . . . . . . . . . . . . . . 9
1.3. Conversion of Bases . . . . . . . . . . . . . . 19
1.4. Representation of Negative Nwnbers . .. . . . . . . . . . . . . . . . . 24
I.S. Code with Negative Base . . . . . . . . . . . . . . . . . . . . . . . 34
1.6. Form of Represertation of Numbers in Digital Computer . . . . . . . . 40
CHAPTER 2.
Binary Adders
2.1. Principle of Construction and Classification of Adders . . . . . . . . 55
2. 2. Logic of Construction of Single-Digit Adding Circuit~ 57
2.3. Specifics of ParaJlel Adders. 68
2.4. Increasing Speed of Operation of Parallel Adders . . . . . . . . . . . 85
2/4

USSR
GAVRILOV, Yu. V., PLICHKO, A. N., Arifmeticheskiye Ustroystva Bystrodeystvuyush-
chikh ETSVNI, Moscow, SolretSkoye radio Press, 1970, 280
CIJAFYrER 3.
Methods of Performing Multiplication in Binary System of Notation
5.1. Basic Methods of Multiplication in Binary System of Notation . . . . .
3.2. Accelerated Multiplication by Decreasing Number of Components . . . . 133
3.3. Method of Accelerating Addition of qomponents in Performing
Multiplication . . . . . . . . . . . . . . .
. . . ... . . . . . . . 146
CFIAPTER 4.
Methods of Performing Division in Binary System of Notation
4.1. Division with Restoration of Remainder . . . . . . . . . . . . . . . . 182
4.2. Division without Restoration of Remainde-- . . . . . 187
4.3. Division Using Reduction of Divisor to Unity . . . . . . . . . . . . . 218
cjiApTr-,R 5.
Operations of Comparison of Codes in Arithmetic Devices of Dillital
Computers
S.I. Purpose and Forns of Operations of Comparison of Codes. . . . . . 234
S.2. Comparison of Codes by- Subtraction. . . . . . . . . . . . . . . . . 2.3 7
5.3. Comparison of Two Numbers Using Special Circuits . . . . . . . . . 241
5.4. Approximate Comparison of Two Numbers Ilepresented in Binary Code. 252
3/4- - 52

USSR
GAVRILOV, Yu. V., PUCHKO, A. N., Arifineti-choskiye Us1-r.2NL,:;tva 1;,,strodCV5tVL1YUSh
chikh ETS1,74, Moscow, Sovctshoy~, Radio Prcssj 1970, 280
aIAPTER 6.
Operations of Code Shifting in Arithmetic Device
6.1. Principle Operations. 258
. . . . . . . . . . . . . . . . .
6.2. Realization of Code Shift Operations
. . . . . . . . . . . . . 262
Bibliography . . . . . . . . . . . . . . .
. . . . . . . . . . 275
A
abetic Index . . . . . . . . . . . . .
lph . . . . . . . . . . . . . . . . 277
414

USSR UDC 621,785.53
LyAKHOVICH' T. S., PUC OV.__f1:__E. and VOROSHNIN, L. G.,
Belorussian Polytechn-cal-Inititute.
"Electrolytic Borating of Silicon and Nickel Steels"
Minsk, Akademiya Nauk BSSR, Izvestiya, S riya Fiziko-Tekhni-
cheskikh Nauk, No 2, 1970, pp 110-114
Translation: A study was made of the effect of silicon (up to
3.8%) and nickel (up to 5%) on the structure and kinetics of
growth of a boronated layer of carbon (0.4' C) steel. Simul-
taneously, the distribution of silicon and nickel deep inside
the boronated layer and the transition zone as Oell as the dis-
tribution of boron and carbon deep inside the transition zone
were studied. It is shown that silicon reduces the depth of
the boride zone, and nickel somewhat increases it. in silicon
steels, under the layer of borides,~there is a wrell-developed
zone of