SCIENTIFIC ABSTRACT BLINKIN, S.A. - BLINKOVA, G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000205520004-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 22, 2000
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

BLtNW Semen Alsksandi-ovichl prof*; IAGUTINAp Ye.V.p red.j BALDINAp
rid .
[Fight for a g"at'diocovbx7l Borlba ma,velikoe otkrytie. Moskva*
Goss izd-vo mW, lit-U Nedgimp,1961, 48 pf WRA-214:7)'
(RABIES) (PAST-309 Loulst 1822-1895)

BLINKIN, Semen Alekonadrovigh rof.; LAGUTINA.. Ye.V.j, red.;
SKORBILINA, T.N., red.; CHULKOV, I.F.', tekhn. red.
[People of great courage;_conquerors of microbes) Liudi
bol'shogo muzhiestva; pokoriteli mikroboy. Moskva, Hedgix,-
1963. 223 P. MRA 16:7)
(HIORDBIOLOGICAL RESEARCH)

BLINKIN, ZUYSEV, V.A.$ red.; KOKO, N.M.)
tekhP. red.
[Methods of rapid bacteriological diagnosis of Intestinal
Infections) Metody uskorennoi baktoriologichookoi diag-
nostiki kisheebMkh infektaii, Moskva, Medgiz, 1963 290 p.
(MIRL 112)
(INTESTINW-MIGROBIOLOOY) (INTEBTINES--DISEASES)

BLINKIN., S.A*., prof. (Kiyov)
Hero.ic dead of a scientist. Werovie 9 ne.54#22 MY163.
(MIRA 16:9)
(CONJMTIVITISJ GRANULAR)

B zasl. deyatell nauki, prof.;
--k~~J- 0 Semen AlnkaaLdm-t-ch-t-
LAGUTINA, Ye.V.v red.
[Search and discoveries; through the pages of
imunoloeyl
Poiski i otkrytiia; po stranitsam irmunologii.
Moskva, Tqd-
vo "Znanie," 1964. 70 p. (Narodnyi universitat:
Fakulltet
zdorovIia, nos-15-16) (F.IRA 17:8)

S(7,)
AUTHOR: .31inkin S. Sig Docent SOV/105-59-10-16/25
TITLE: Subject: Article 1-3-25 of -the Specifications for the
Installation
of Electric Plants
PERIODICAL: Elektrichestvos 1959j, Nr 109 P 76 (USSR)
ABSTRACT: Objections are raisedagainst the term "line length
according to
average current" in article 1-3-25 of the speoifications.for the
installation of.elec.trio plantsaThis term is nowhere found$
neither in standards-nor in.instructions for electric-circuits.
The complications arising from differentinterpretations of this
term are pointed out here,:A formula is written down which
permits determination of this average current. It is recommended
to complement the above article by some explanations#
Card 1/1

BLINKIII, Ya., polkovnik
Actuality of visual agitation. Komm. Vooruzh. Sil 46 no-7:52-55
Ap 65. (MIRA 18:5)
1. Lektor politicheskogo upravleniya Zakavkazakogo voyennogo
Oh-ruga.

BLINKINA OPOTINA V.FG; PECHENKIN, N.M.; KOMPANIYETS,
M.P.
Discussion of S.I.Lainer's book "Alumina productionn
at the
Bogoslovskii and Ural Aluminum-Plants. TSvet. met. 36
no.7:
91-92 Jl 163. (MIRA 16:8)
(Aluminum oxide)

VOSTIUMOVA, N.F.; BLINKINA V.Ya. 4
Conference of.the readers of *PromWahlennaia Knergetika* hold at
the Bagoslovsk Alminum Factorye Fromeenerge 17: no*4951 AP
v62, (MM 154)
(Karpinsk-Bleotric power-Periodicals)

MOS.H.CHICH,, P..S., kand.med.nauk; KUZOMENKOp N.D. x
aspirant-,-__ILINIMN, R.S.,
starshiy laborant
Serological indexea (ant'istreptolyain-0 titer)
antistreptohyaluronidase
and Gwreactive prote1n).'1a1XhwmtiP fever and chronic
tonsillitis
in children. Vop,.okh. mat. i det. 6 rio-5:38-43 38-43 My
.161,
(MIRA 14:10)
1. In kafedry fakulltetskoy pediatrii (zaveduyushchiy -
prof. V.G.
Balaban) Kiyevskogo ordena Trudavogo Krasnogo Znameni
meditsinskogo
inatituta,imeni akad. A.A.Bod6molitsa (direktor- dotsent,
V.D.Efrai~99.
(MUMATIC FEVER) (TONSILS-ZISME)
(ANTIGENS AND ANTIBODIES) (=D PROTEINS)

1-
(I BLINKOVP A*Met inzh.
I- I -
Heat release bv marine diesels in the engine room.
Sudostroenie
27 no*4:30-32 AP 161a - OURA 14:3)
(M%rine diesel engines) (Heat-Radiation and absorption)

S116616010001021101013
AUTRORSt Zyyattin. V.14) and Blin ov, D.I.,
Blinkova, B. and 1-qb-a-n-q-v-.'-YW-M.
TITLE: Negative Photodiode Effeot-in the Prebreakdown Region of
Germanium
pn-Juncti ons
PERIODICAL: Izvestiya Akademii nauk Uzbekakoy SSR, Seriya fisiko-
matematichaskikh,nauk, 1960, Ko.2, PP-84-68
TEXT: The negative photodiode effect consists in the diminution of
the back
current for a lighting of the crystal. During the switching in of
the light
there appears a sudden.enla-rgpment of the current intensity,
whereafterit
becomes slowly weaker and reaches a value sma Iler than the value
measured in
the darkrese. If now the light is switched in again, then there
appears a
sudden decrease and a following slow increase of the current
intensity. For
the firs'. time V.I.Murygin (Ref-5),has observed this effect at
selenium cells.
The authnrs investigate the same-effect at specially produced
germantum diodes
D 7 where the crystal surface was not varnished and which were
radiated
with gamma rays of 0060. Beside of the above mentioned properties of
the
affect the authors proved a temperature dependence. The authors try
to
Card 1/2

Negstive-Photodiode Effect in the S/166/60/000/02/10/013
Pr6breakdown Region of Germanium
pn-Junctions
explain the effect, but the sudden variation of the current intensity
is-not explained.
There are 9 referenoes: 4 Soviet and 5 American.
ASSOCIATION: Institut yadernoy fiziki.AN UZ SSR (Institute f Nualear
Physics AS Uz SSR
SU13MITTED: January 22, 196o
Card 2/2

S/058/62/000/003/050/092
A0611A101
AUTHORS: Zvyagin, V. I., Lobanov, Ye. M., Rubinova, E., Blinkov, D.
I.
TITLE; Coefficient of visible light reflection from germanium
PERIODICAL: Referativnyy zhurnal., Fizika, no.3, 1962, 1, abstract
3G4 (Sb.
"Nekotoryye vopr. prikl. fiz.", Tashkent, AN UzSSR, 1961, 51-54)
TEXT: Reproducibility and divergence of the reflection coefficient R
of
silicon and germanium crystals treated with standard pickling agents
were examined
on an Cd:)-2 M(SF-2M) spectrophotometer. It was established that
"grinding" and
"Polishing" pickling agents modify R in individual intervals of the
visible
spectrum region by more than 20 - 30%. Thece changes are explained
by the compo-~
sition and structure of the oxide layer. For some pickling agents
and for 17
crystal rotation about the axis perpendicular to the surface
considered, the
curve R - f wa's found to have a series of maxima and minima, the
number of
which depends on crystal orientation. Curves R - f (,-,\) were
measured for
germanium surfaces that were ground and pickled by agents used in
the p duction
of H20 98
2 and NaOH semiconductor instruments, following irradiation by Co W
-rays.;
An attempt iie made to explain the results obtained. G. Gorodinskiy
[Abstracter's note: Complete translation]
,__Ca- __J

A CC FSSION N H A T*
-La f plv,;
SOURCE- VReFPyld2wye koorddratatonnoye sove-shcharive -)0
alcti-natsin-n-m-, -14",
7-.- r t-lm ciu. thern,-q! riputron, -~,Ilictin
other lig'M el"ents) ir."olven the !is-e of the com-Aing pro"rties of
sllk,~ !3!nl--Ie

ACCESSION Nit: AT,50127011
Card Z, 2

30148
S/608/61/000/000/003/007
B1431B102
AUTHORS: Zvyagin, V. I., Lobanov, Ye. M., Rubinova, E., Blinkov, D. I.
TITLE: Reflection coefficient of visible light reflected from
germanium
SOURCEs Nekotoriye.voprosy prikladnoy fiziki, 1961, 51 - 54
TEXTs The light reflection coefficient R is more dependent on the
state
of the surface than is the rest of physical parameters. Since R and
the
absorption coefficient depend on the energy structure of the crystal
surface, ffieasuring these coefficients permits to infer the energy
struc-
ture of the germanium surface. Chemical polish of germanium results in
the formation of an oxide coating on the crystal surface. R is not
changed by etching crystals with different crystallographic
directions.
However, the same etching agent lays bare quite definite faces,
independ-
ent of the orientation of the crystal. This means that either the
ratio
of the area of faces remains unaltered I or R is not dependent on the
type
of crystallographic faces. To decide for one or the other possibility,
R0 was measured for germanium treated with etching agents of this
type.
Card 1/3

30148
S/608/61/000/000/003/007
Reflection coefficient of... B140102
Measurements showed that differently worked crystals furnished values
for
R differing by 20 - 30%. This implies that R is not dependent on the
type of crystallographic faces but on the oo6position and structure of
the 10 - 50 f thick oxide coating. Some etching agents cause R to be
changed when the crystal is rotated around an axis perpendicular to
the
surface investigated, passing through a number of maxima and minima.
if
the crystals are worked with other etching agents, R isindependent of
the
orientation of the crystal. In this case, the correct value of R is
obtained. Differences,in the-values of R, occurring as a result of
treating the crystal with the same etching agent, are related to the
structure of the monoxide film which is gradually converted into
dioxide
in the atmosphere. Irradiated with shortwave light, this film
generates
an anomalously high negative photocurrent in the diodes due to the
short-
wave light being absorbed by the film. Gamma irradiation of germanium
in
moist atmosphere reduces.the value of R, Apparently~ irradiation of
the
germanium surface causes the formation of a film resembling the
monoxide
film. Indicative of this is the existence of the anomalously high
negative photocurrent. Gamma irradiation of germanium, protected from
moisture, has no effect on R. There are I figure and 5 references: 2
Card 2/3

Reflection coefficient of...
Soviet and 3 non-Soviet, The
publications read as followsi
27, 1062, 1956; Me. Kelvey I.,
1954; Ellis S. G. Journ. Appl.
30148
3/61)8/61/000/000/003/007
B143/B102
three referenoes to English-language
Hancock R., Edelman S. Rev. Scient. Instr.,
Longini R. J. Appl. Phys., 25, 5, 634v
Phys., 28, No 11, 1262, 1957.
Card 3/3

30149
S,1608/61/000/000/004/007
B143/B102
AUTHORSt Lobanov, Ye. M., Zyyaginp V. I,p Blinkov,.D..1,!_p
Blinkova, G. B.
TITLEt Effect of gamma rays on germanium diodes
SOURCEs Nekotoriye VOprO8y prikladnoy fiziki, 1961, 55 - 57
TEXTs Gamma irradiation causes a negative photoeffect in germanium
diodes. The authors discovered this effect in A,7 (D-7) diodes, and
reported on it earlier (Izv. AN UzSSR, ser. fiz. mat. nauk, 1960, no.
2).
They assumed that this effect is due to inhomogeneities in the volume
(Frenkell defects). The negative photoourrent depends on the
temperature
and the spectral distribution of light. It increases with increasing
frequency of the illuminating light. In the photocells examined, the
in-
crease in photocurrent was particularly striking at XokbO.6)w For
waves ty
longer than 0.8y,, the negative photocurrent is practically vanishing.
This means that it is due to the light being absorbed by the oxide
coating
and not by the surface-near layer. This was confirmed by a series of
experiments. Gamma irradiation of germanium in moist atmosphere causes
Card 1/3

30-149
5/608/61/000/000/004/007
Effect of gamma rays on... B143/B1O2
the formation of a film on the surface whose reflection
coefficient is
similar to that of monoxide-coated (etched) germanium. This
results in
the occurrence of the characteristic negative photocurrent.
Thus, the
strong change of the diode characteristics is not only due
to inhomo-
geneities of the crystal lattice but also to the conversion
of the dioxide
coating into monoxide. Since surface electrons are
transferred to the
monoxide coating, it is assumed that it is negatively
charged by applying
a voltage in the blocked direction. This results in the
formation of
holes in the surface-near layer that provide a channel for
excess con-
ductivity. Light absorption transmits the electrons from the
acceptor
levels to the conduction band of the coatingy and from
there, overcoming
a potential barrier, to the volume of the germanium. The
oxide coating'
is positively charged due to accumulation of bound holes,
which reduces
their concentration in the channel and, subsequentlyo the
reverse current.
This'nodel permitted to find empirical formulas for the
excess reverse
current and for the photocurrent in a germanium diode. The
transient
characteristics of the diode were computed, experimentally
verified, and
graphically compared. They were found to agreq fairly well.
After'
applying a voltage, the-reverse current increases, whereas
it decreases
Card 2/3

30111
9
6
S/6 61/000/000/004/007
3f6
B1
Effect of gamma rays on... B143 B102
when the light is turned on. There-are 2 figures, 3 tables, and 3
refer-
ences: 1 Soviet and 2 non-Soviet. The two references to
English-language
publications read as followes Ellis S. Journ. Appl. Phys., 28, No.
11,
1262, 1957; BrattainW., Bardeen J. Bell. Syst., Techn. J., 32, 1,
pp. 1
- 41, 1953.
Card 3/3

L 9910-0 EW TIN ),b--WP(b) D'11A0/SSJ)/A1*L/A.AM4 JD /IaX
ACCESSION NR: AT4046913 S/0000/64/000/oco/oc'04 fnn,7
AJjTPC,R: Z~Lya ~jn , 11 ~-l Zverev B P
TITLE* SensIt'vity of the neutron capture method Yor the determ'.
~at Too
In Silicon
SOURCE: AN UzSSR. I ns t I tut yadernoy f I z I ki . Rad 1 ats I
onnyA",e ef fekt y--' v konder-
sirovanny-kb s-edakh (Radiation effects in condessed media). T at,
~ e r
Nauka UzSSR, 1964, 64-73
TOPIC TAGS: n-p junction, silicon n-p Junction, neutron capture,
quantitative
anallysis, boron deter-11nation, silicon analysis, 9(r,AI0ia)t'
A a S T RA -,-T :After Rev. P-wing the merits I shortc4o,-;ngs and
sens;r
of method's for rdezermining B in SI, the authors point out t he s
en s
n-p -iunction of sil;con to charged particles and discuss twO
based on tl)e ER'C)(n,a)l- i7 reaction, in cons derable detail, 7~,e
use of 479Ke'v"-quanta from the excited Li~ nuclei, while the
se-cr~d ~,e'
.,ased on the ionization effects of a particles in the n-~
ner oi re-- :' sered L;NKev 6-quanta corrected for the ;pat i;;
-$-z>u r~c, i 5 es t 1 ma ' ed that one can detec L a boron concert
,j
sil'l~or. sucil a concentration vK~uld be repres ted by 32% 0,
'-')e ~-raj-at
Card 1/2

9970-65
ACCESSION NRI AT4046913~
Sround whichfcan be resolved. Such a background can be avoided,
mont-
ing a-particles from the DID(n,cip.171 rebetion. Methods of
Ci-particle detection are
discussed. If one uses a pho ouraphic plate with Wicon containing
iol5cn-3 of
boron in a neutron bear-, of IOAc-m-2sec-1, one would have per
The other !T',etlioe of .~-Partlcle detection is based on the
effec, ~--f
5 1 con. The sens 1 t i vly ,,F
3
~as,
-3 d e-no-;z A S
NO REF SOV: 010
Cord
ENCL'. U' 0
OTHER: 009

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(Itiv)-uhrrittlon of N111
13 rislrj~odii (11) Inettawit " the culture bernt"" anve
'Apent anti Can be stapT*d by sildint rnih C nutrients or to
0 by a6tifying the triesthun. Alkal zing with KvL%h to.
00
pit 8.4 stinvulatco accuraulation of NHI without altering'
the total N balsam. Tite accumulation resulls k0n; re-' see
MlvT reacticM of N Mnp4q. In (VIIS of qprnt cultures.
Mlesindiva" activity III I or It C'Mirit when the Celli
r
ateklilril hystlatit(Wittle.but AMItnalal"1111 N,11,14cally 400
Olow"I. "tit Shipped. Ile"re drdnilaklit") Is 11111 lite tally
merhanisin of Nils forination in %twist cultums. Tht-re is
OOV liftintniaml urew prtMly, perhaps trinted to NII, for- WO
rialtina. In "Illut" at I And of It. When tlw ta"llum 1%
00 alkallyrd wilb XJIM, 11*aminnilallim III Nitiladirrvily 00 0
velaird fit pit in the runss, Jul6n P. Nallh go a,
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d Botany' P In W
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00.1

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(11). and A.Aroxwan
(M) WM tested in a Utcrose Not". cootc.. per 1. 01 tap
water, CaW4 3. M O.D. and Kj1lPCh I S, This
medium wives as wSfjPa.%s tbwcmtg. CUC%, 111r,11of
Xvill'Ch and KII&PO. (conrIt. ij.a,31) %we Us"I to Vary
pilbetwee. Oend& As pit tises from 6 lip ?,3. N-fixatino
--tivitY 6-s. 6M raWly and the= mom slowly. From
pit 7.3 to 8 the actlyhy is apprM caesL Growth also

dific "UP tQ,4PH Up 1130 kveb off to pil & Growth
acid md ML mediums, plainly vWbic in I
and U. afeconspictiousin M because it anows rotation
1 0

an the 3rd day in alk., but not till tb* 6th day In acid..
Pa'
mediums. Tests
with U shoited & gneully IIWlu rtl&.
tica between pit and JrrSsSmt&tjW r&
te F. S.
A I a. I L A StIALLU16KAL LITIMAYM CLASSWKAM
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BLInOV, G.N.
Organie acids as products of carbobydrate metabolism in
Asotobacter.
'-Mikrobiologiiao Moskva 22 no.109-53,Jan-Feb 1953. (G1KL 25t4)
1, Tomsk State Pedagogic Institute.

.420t b~cfci-- cht;O-COCC11
Q
Plhtkov(Sutie
e-'TN19'M).-Mut1lre
tmlturv; (A amins vatied
froul A.53 to 3j.N (on dry m.) In pr6tela coutcut, "Phey
veri- S.W to 81~ 1-ii, .', .-,.
5, tirtitir in proWil- than youtAl (3-
cultur". Thue W.S no deuctnth Telari".1 to gmrimphic
.0urce 11ca to 2%14~=Men cal?=ily' Uut 101~ demsr~%t cultur"
vere rich~mt in pr,,If In and the 1~vx~est culturc3 were pwiv~f
S611 DIuat no npp~';;~a duli~rzuc-; wide varLaiiam might
omir in a sirigh soil and fair uniformity in quitt dificrcit `1
stills, juliDul F. st~ilk-j

BLIMOVI G. N.
Iffect of salting on Az6tobacter chroococcum and Azotobacter gal-
ophilum. Mkrobiologtia.24 no.l.-43-47 Ta-lr 155. JaRA 8:4)
1. Tomakir gosudaretvennyy pedagogicheakiy, inatitut.
(AZOZ3BACTER.
.chroococcum & galophilum, eff..of salting)

USSR/Microbiology. Soil Microbiology F-3
Abs Jour Ref Zhur-Biologiya, No 1, 1957, 562
Author
T. N. BI ilikox-
Inst Tomsk State Padagogical Institute
Title Geographical Distribution of Azotobacter
in the Soils of Siberia
Orig Pub Uch. zap. Tomskiy gus. ped. in-t, 1955,
149 494-534
Abstract The wide distribution of azotobacter in
different types of Siberian Soil was
investigated (180 samples gathered at
different oints of Siberia were in-
vestigated3. Soils without azotobacter
were a rare exception, Cultivated
soils were found to contain more
azotobacters than virgin soils.
Card 1/2

USSR/Microbiology. Soil Microbiology F-3
Abs Jour : Ref Zhur-Biologiya, No 1, 1957, 562
Abstract : Azotobacter chroococcum (dark colored
strains, with colorless and yellow in
smaller quantities) predominated. In
very infrequent cases Azotobacter
galophilum were found in salty soils.
Literary data on the distribution of
azotobacters in different soils of the
Earth were cited. Bibliography
198 titles.
Card 2/2

in t3ratral or a]
atarly as udvt
the colored 19
list iotorim 110
form 6wcd I"
five at tI
prMlIttive at I
COIX44 (bmwn i
xwface, and da i
we wrooth, vis
Wotla3ter. Oz
stablo In atid, inedis. r~,, N. 11,11ink v
r4in wils the typicA Mixed fimn of
, b4it n MmIcss f0ml coppra in rwine
r,&Aogically and in arsd mistatice,
re about the tame N-fixtition capacity
lia, At pH r4.7 OM c4twit-m fann is
xation as in the umial medium, whete-
AtpII5.5
1 *2914bam IN 4, ctivcl~. the 4wwtd
in both IW=3 proillexation is more RL~
W-23, ,* but smWillatirm of N Is more
typlmd cdftii3 ate
Ob.", formimeucy, wriv&R-d
th~- the colorlem colonies
odlmy,:tran~pmnt, and baye only
Julia., F.

- - , - - - ., ~ 1, --- ... - ..
.- . I - . 4i" -Z~~ I .
, '7, l,
- z ~ ~'. ,- ~ ~,, i~' - ~ 'j I , 'z , .
I ~ :oa , ,
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,

USSR/Soil Science - Dioloc7 -if Bails.
Abs Jjur Ref Zhur riol.,,,No 22,
Author Dlinkov, G.N.
Inst Tomsk State Pedaco~cal Institute
Title Morpholo,,Zr of'the',More Widespread Form of Azotobacter
of the Siberian SDilsd*
Orit-, Pub Uch. zap. Tomskiy Gos. ped. in-t, 1957, 16, 358-388
Abstract No abstract.

-prof., doktor biolog*r
BLINKOV, G.N. 'auk; aWNTsOV, M.K., red.;
OSOVMIY, A.T., tekhn.red.
[Azotobacter and Its affOct on higber plants]
"Azotobaktor
i ago swchanis dlia vysshik~ rastenii. Tomsk, Iza-TO
Tomskogo univ., 1959. 252 p. (mm 14,-l)
:L. Tomskiy pede~gogidheeklYinstltut (for Blinkov).
(Asotobacter)

BLIWOV, G.X,;- NOVOS310VA, A.N.
Azotobactqr inthe Podzolic soils of Siberia. Nlkrobiologlia
28
upe'6011-915.3-D 159. (HIPA 13:4)
1. TomekV osudarotvemV7 pedagogicheskI7 itatitnt. -
ISOIL microblolf')
(AZOTOBACTIR)

BLII*%'OVP I. ...
I. Young shoots. Voon. xnan- 34 no.9:23-24 S '58. (MIRA 11:10)
(Sho'oting) t.
--p

-BLINKOV, I.
Aiming.at a target. V00n.znnn. 25 no.6-.9-11 Je 159-
(MIR& 12:12)
(Target practice)
, 1.
. ,rfr
I ; I
I
m

:ov is
,.~~INKO jj,
pjvq oh&mpiono, Voon. anans 1+0 no,32t38-39 D t62 (MIRA 1831)
m

B
___!L~I~~~odpolkovnik, voyannyy latebik perw0go klassa; STUSYUKALOT,
X,P., mayor
On the road to military mastery. Test. Tozd. 71. 41 no. 7:20-23
J1 '58. (MIRA 11:7)
(Aeronautica43tu'dy.and teaching)
(Bombing. Aerial)

BLINKOV., I., kontr-admiral
The lesson did not turn out vell, Starsh,-serzhe no.4(7)t
8-9 Ap 161, (MIRA 14:7)
(Naval education) (Leadership)

ZHILINSKIY, Kazimir Yanovich; zh., retsenzent; RAUSH,
0.1., inzh., retsenzent; FAVOROV, B.P.p nauchnyy red.; KUSKOVA,
A.I., red.; ERASTOVA, N.V., tekhn. red.; KRYAKOVA, D.M., tekhn.
red.
(Heat insulation of ships]Sudovaia teploizoliatsiia. Izd.2.,
parer. i dop. Leningrad, Sudpromgiz, 1962. 404 p
(6A 16:2)
(Insulation (Heat)) (Shipbuilding materials)

PINUS, N.Z., red. ;_.AL-IffKOV+-LJL" _X64,; ZAM9 I.M.,
teklm. red.
[Atmospheric turbulence and the bumping of airplanes]
Atmoaf6r-
naia turbulentnost',, vyzyvaiushchaia bolthnku samoletov.
Pod red.
N.Z.Pinusa. Moskva, Gidrometeoizdat, 1962, 166 p. (MIRA 15:7)
1. ?SentralOnVa aerolo ichaskaya observatoriya.
(Atmospheriq-turbalegimee) (Stability of.airplanes)

NJMV. Nje..-tekbuik; GRIGORIM, D9A9., kandidat tekhnicheekikh
nauk,
Gentralixed mk~nxifacture of reinforcement bundlas for bridge
spans
made of prestressed reinforced concrete., Bet.1 Shel.-bet. noe3:
100-163 Mr 256. Mu. 9: 7)
.(Bridges,, ConcretO(Prestressed concrete)

WMIIKOT N.L ok~mik; GRIGORIYEV, D.A.. kandidat toOmicheskikh
&auk.
",&gj
Device for making r*iaforcement bundles. Tramsp*strei. 6
moeinll
13 D '56'i (XLRA lOt3)
(Prestressed concrete) (Bridges, Concrete)

- - - - -- - - - -
97-5,P-1-7/12
AUTHORs
BlinkLv~N.Y~e.,
TITLEt
Production of Prestressed
Reihforoed Conarete Constructions

Using Improved Andhoring of.Batoh
Reinforoement.-(logotovienve

prodvaritellno napryazheWkh
zb-.71ezobetonnykh konstruktsiy

usovershenstvovannym zaankerivaniyem
puchkov)
PPMODICAL:
Beton i.-Zhelizobeton. 1958 NO-1- USSR PP 30-33
ABSTRACTs
The shortcomings of,.-imple&ents And methods of tensioning
are

analysed by TsMS of Nintransstroy. The author in 1950 worked

out.principles for tensioning and fixing reinforcing batches and

the
means.of saving 20-30%'of reinforcement by weight. His

suggestions are
based ozi the -possibility of obtaining the necessary

interaction
between batches anUooncrete by means of injection of

the chanels
housing batch reinforcement. This method was worked

out by A.P.
Korovkin in 11948. During the casting of prestressed

reinforced beams
by the.above mentioned method (Figure 1) each wire

has an alichor at
one.end. At the other end of the batch a loop is

formed of similar
construction to the anchor designed by Yn.

Troitakiy. Using the above
described method in 1952 4 test beams

were prepared as indicated in
Figure 2, In two of these beams

twisted batch rainforcOment was used
as shown in Figure 3. These

testing beams varied'in crosB-sectional
dimensions. The reinforce-
Card 1/2
ment used was-Mark St3. Tests
carried out with these 4 beams

97-58-1-7/12
Production of Prestressed Reinforced Concrete Constructions Using
Improved
Anchoring of Batch Reinforcement.
with different .refinementgtensioning and grouting and varying
water/cement ratios were analysed and obtained values compareaq,
During tests deflection 6f beams and deformation of concrete
was investigated and graph in Figure 5 prepared. The beams were
subjected to crushing tests and disintergration is illustrated in
Figure 6. Figure .7 illustrates crushing of batch reinforced beams
in the moment of disintergration. There are 7 Figures.
Beams--Casting 2. Reinforced concrete--Test methods 3. Re-
inforci:ftg,- steel--Test methods 4. Beams--Test methods 5. Con-
cre'te--Deformation
Card 2/2

BLINKOVI R.T.
I
Growing select potatoes on the collective farms
. Sad i ogg, no. 8, 1952

WNKOVS S
6m0!V*6!1 balliand t with 1.1) ne';Mmrs, I
B Rubber 1.70M.
t film of "Dupri~e" lacquer sticv~ firnily i.
to r u" is well t
lolber mur&,-es has high ct"LL-Ity- resh
Ri o o a . and 11,0.* h ;A. in Mi. C41t I
01C.11 an --Pa-3 M-Ufa-sTe or odor mid (lots
not change I it range - IQ' to +40*. ~ It dries at
19-20* 6
after 8-10hro., stOW after 1-1.8 hm; Ithasaflomewhat
lower covering, powet than oil lactitters, a dark color
and
not enough gloss. "Dupi-M-ro-r-Ta uers is rnixe4
cTentidinc) and
with acceleratoft (the best are ZnO Knd
Igmenta (aU kinds of rainerni-laft- org. pigments can
C
c lised) on the rolling machine. - The resulting mixt, is
cut Into small pieces and turpentine Is added. At first i
tht mixt iwells for IG-12 hrs. and afterward it diswlyeA
.1
In h~. The soln. contains 2% of I.Du renc." 71
A 1,

BL
"Atlas of the dog'.s brain" by O.S.Adrianov and T.A.Me'ring. Reviewed
by S.Blinkov. Zhur. nevr. i psikh, 62 no,W57-158 162. (MIRA 15;4)
I (BRUN) (ADRWOV, O.S.) (NERING. T.A.)

00 0 0 0 * 0 0 0 0 0 0 0 IV.

N IT 11 I'l A P

l,

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~Wysift rubber
miltuNd with basic d
q

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Rum; =3.342. ('let. 31. ltkj and
111i4 nleth,%, elln
I
.l
il

In mo
n The Intn fiction
known as
.l
"T" Into the ruji1jer milt, loWher with (l
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t
ll

rrm
ie pfut
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urt obtained
nx phenol with millur.

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BLVKOV S.1,1. and RUSINOV, V.S.
6291. Blinkov S.N. and Rusinov V.S. Blectrophysiological analysis of
the activity of the
cerebral cortex in man after deaffer-3ntation of the optical area
Problems of Neurosurgery,,
M,oscow 1949, 5 (38-49) Graphs 5
EEG's of the occipital cortex were registered from patients in whom
the afferent connection
between the retina and the optical cortex was totally or partially
interrupted. Lurjels
,statement, that in simultaneous registration of electrical activity
of both occipital
regions of the cortex a certain asymmetry is always found, was
confimed. The changes in
frequency under the influence of light stimuli occitr simultaneously
in the 2 hemispheres.
This shows that connections must exist to make such simultaneous
changes of rhythm possible.
In patients with hemianopsia resulting from interruption of
conduction in the afferent
optical paths, definite asymmetry of the alectrical activity of thu
2 occipita," cortical
regions was always found. Although the occipital cortex on the
de-afferented side showed
a-waves in addition to pathological slow frequencies, these were
fewer than on the normal
side. In cases where no a-waves were detectable at the beginning of
the rergistration, it was
.possible-to evoke these by repeated electrical stimulation. In this
way the functional state
of the de-afferented cortex is changed by impulses coming from the
non-de-afferented cortex.
Ten Cate - AmSterdam
SO: Excerpta Hedica - Section II Vol. III No. 11

BLI S.M.
Variability of the clinical amtom iz elation to, problema of
.k r
loczaization and of restoration of fu.4tions. Vopr.neirokhir.
15 n0-2:3-10 gar-Apr 1951. (CLML 20-9)
1. Prof essor*.-,,`2. Of the Institute Ifeurosurgery imeni Academician
o
NeN. Burdenk6 (Director---Prof. B.G. Y6gorov, Correiponcling Member of
the Academy of Medical Sciences) oP the Academy 6f Medical Sciences
TJSSRv Moscow*'

BLINKOV, S. M.;HWOVSKM. F. A.;PUTSILLO, M. V.
Correlation of cytoarchitectomice of cerebral cortex and
die-
tribution of conductors. Vopr. neirokhir. 15 no. 4:16-23
July-
Aug 19510 (CLUL 210)
11 Of the Institute of Neuroeurgery imeni Academician N. H.
Burdenko (Director - Corresponding Member of the Academy of
Medical Sciences USSR Profe Bo Go Tegorov), of the AcademV
of
Medical Sciences USSR.

BRAZOVSKAYA,.P.A.. kand4m mediteinskikh usuk (Xoscow); BLINKOV, S.X.,
pro-
fessor, zaveduy#hchiy; YIPOROV. B.G., chlon-korrespondeat a mii medi-
tainskikh nauk SSSR professor, direktor.
Topography of the conducting paths which connect in man the cortical
areas
of the t emporall parietal and.occipital regions of the cerebral
cortex with
the pons Varolii. Vop.neirokhir. 17 no..,2:22-29 Mr-Ap 153. OMRA 6:5
1.1rabinet arkhitektonW moz9a Institute, neyrokhirargii imeni.
akademika
N.H. Burdenko Akademil meditsinskikh nauk SSSR (for Blinkov). 2.
Institut
neyrokhirargii imeni akademika N.N.,Barclenko Akademil. meditainskikh
nauk
SSSR (for Yegorov). 3. Akademiya meditainakikh uauk SSSR (for
Tegorov).

4OW,
PUTSILLO, H-.V.; BLINKQ 'professor, zaveduyashchiy; YNGOROV, B.G.,
professor,
chlen-korreW emii meditsinskikh nauk SSSR, direktor.
Connections of the temporal region with the thalamus opticus in mn.
Top.
neirokhir. 17 no.3:37-43 14Y-Je 153. (MLRA.6:8)
1. Kabinet arkhitaktoniki Institute. neyrokhirurgii imeni akademika NX
Burdenko Akademii meditsinskikh nauk SSSR (for Pataillo and Blinkov).'
2. Institut neyrokhirargii imeni akademika. K.K.Burdenko Akademii
meditsin-
skikh nauk SSSR (for Tegorov). (Brain)

ARUTYUROVA, A.S.;-BLTMV, S.M.
Simultaneous function of both hemispheres In focal
lesions of the
human brain, Zhur.vys.nerv.deiat. 4 no.5-651-661
S-0.154.(Km e-.7)
1, Institut niyrokbirurgii im. Y.NsBurdenko AM SSSR.
(BRAIN, neoplasms,
simultaneous work of cerebral hemisphere's in-focal
lesions)

BLI40~s H.*;
PUTSILLO# X*Vs
Ama pedun=laris in mm, Top, neirokbtr. .18 no.4:4&44-Jl-Ag 154.
(MM 7110)
1. Lt Inatituta usyrokhtrurgil Imeni akademika N.H.Burdanko
Akademll maditain8kikh nauk SSSR,
(BRAIN, an"tomy and histologrg
*anea peduncularts)

BLIMOV, S.X.
---WA-MWAW"" iwo w I", ",-:, - I
C=rac=t8rAAics of the structure of the cerebrum in man;
the
temporal lobe in man and the spool Osobennoett stroantia
bollshogo
mozga cheloveka; visochnaia doll& cheloveka i obewlian.
Mookva,
Medgixt 1955, 127 Pe (MM 10:3)
(MA IN)

AIMISMIKO, N.Yu; BLINKOYj.H.
Conditioned reactions to cutaneous stimuli in man in
unilateral
focal involvement of the parista 1 lobs. Trudy
Inst.-wys.nerv.deiat. t-
Ser.fixiol. 1:935-246 055. (MI&A 93-8)
I.Justitut vyeshey nerynoy deyatelinosti AN SSSR
i-Instifut
nsyrokhirurgli lVieni akademika N.N.Bardanko AMN SSSR.
(CONDITIOM IMSPOBSI) (TQUCH)
(IMAIN-40UNDS AND INJURIES)

BRY11SOVA, S.S.; BLIffOV, S.M.; KA=L1, X.I.
First International Congress of Neurology in Brussels, July 21-28,,
1957. Vop.nsirokhir. 22 no.2:44-52 X-Ap 158. (MIRA 11:4)
(NERVOUS SYSTBX--DISEASES) (BRAIN--SURGERY)
(HYPDTHER IA)

]ILMOTs S-Mw 133!Ofo
Anatomical conditions for ~a surgical approach to
intracerebral
fomations in the parietal lobe* Problesovr.neirokhir.
3:29-70
1159. (MIRA 166)
(13RAIN--MGEM) (Eum-TUNORS)

BLnMOV, S*Mo, prof,
R&Vie'w of Max Clara's book *Haman nervous system."
Vop.neirokhir.
23 no.609 " 159 (MM 13W
Onwou; SYSTM) (CUU. MAX)

BLINKOV,, S.M.
Changes in the brain atem in neurinoma of the eighth cranial
nerve.
Vop. neirokhir. 24 no. 3:44-4 My-Je 160. (MIRA 14:1)
(ACOUSTIC RRVE-TUMORS) (BRAIN-DISEASES)

BUNKOV8 S.~~ Prof. (**va)
Localization of focal dioorders of the brain stem causing dilp-
orders of respiration in tmors of the posterior cranial fosoas
Topeneirokbi . 23 no,IM-33,Ja 161. (KM 14s2)
1e Tambno-iseledovatellskiy, ordena. Trudovogo Krasnogo M=eni
inatitut neyrolhir"rgll- i ak" N.N.-Burdenko AMN SSSR.
(MUN._TUMOV
(APEOEA)

AHUTYUNOVAq A.S.; BLINKOV# SoMe
Latent period of a simple motor reaction in focal brain
injuries.
Zhu& nervo i paikhe 61 nos 1:19-24 161. (MMA 144)
1, Nauchno-iooledovatellakiy ordena Trudovogo Krasnogo
Znameni
institut neyrokbirurgii imeniN.N. Burdenko ANN SSSR9 Moskva.
(BRAIN-MOUNDS AND INJURIES) (MOVEMENT (PHYSIOLOGY))

BLINKOV
Accessory nucleus of.the facia-L 'nerve and crossed radicular
fibers-
of the priteipal nucleus in men. Zhur.nerv. i psM. 61 no.2:
265-270 _161. (NIRA 14:6)
1. Nauchno-issledavOellskiy ordena Trudovogo Krasnogo Znameni
Inatitut neyrokhirtirgii imeni. N.W.Burdenko tdir. - prof. BJDO-'
Tegorov) ANN SSSR, Moskva.
(FACIAL WMB)-

BLBKOV, S.M.; MOISFYEEV, G.D.
Determining the density of the capillar7 network Ir organs and
tissues of man and animals irrespective of the thickness of
the
microtomic section. Dokl. AN SSSR 140 no.Z'465-468 S '161.
(MIRA 14:9)
1. Institut neyrokhirurgii im...N.N.Burdenko Akademii
meditsinskikh
nauk SSSR. Predstavleno akademikom N.N.Anichkovym.
(CAPnLARIES)

MLINKOVp S.M.,, prof.; EMOVSKAYA,, F.A.9 kandmednauk
Projection of the lateral ventricle on the maci and gyri of the
cerebrum in brain tumoroe Probl.sow,neirokhir. 1+05-9 162.
&IRA 3.6t2)
(Muni.-TUMORS)

OV, S.M... prof.; ERAZOVSKAYAj, F.A,*, kand.mednauk
Topograpby of the internal.oapoule In a bealthy man and
in a
brain tumoro Probl.now.neirckhir. 4015-321 162.
(MIRA 3.6s2)
(SUn-TUMORS)

ELINKOVt S.M.; YEGOROV, B*G, (Moskva)
Topography of neuroeatodermal intrazerebral tumors (on the
method for surgical interventions in tumors of the cerebrum).
Voponeirokhir. 25 no.1:5-9 162. (MIRA 15:1)
1. Pauohno-issledoratel'skiy ordena Truaovogo Xrasnogo Zhameni
institut noyrokhirurgii Imeni akad. N.N. Bu:;denko PM SSSR.
(BRAIN-SURGERY) (BRAIN-TUMORS)

BLINKGVJ S-M- (Moskva A-57, Loningradskiy prospekt 75A, kvartira
Glial index and distribution density of glial cells in the
hwan brain stem. Arkh. anat., gist. i embr- 45 no.7:42-77
Je t63. (MIRA 17:4)
1. Laboratoriya neyropdrurgicheskoy anatomii (zav. - prof. S.M.
Blinkov) Nauchno-issl,_4dovatellskogo ordena Trudovogo Krasnogo
Znameni institute, neyrokhirurgii imeni ak~ademika N.N. Burdenko
AMN SSSR,, Moskva.

-,,,,BLINKOV, Samuil Mikhaylovich; GLEZER, Illya Isaakovich;
DYSKIN,
a xe) iecro
(Hunan brain in figures and tables] Mozg cheloveka v
tsifrakb i tablitsakh, Leningrad* Meditsinap 1964. 470 p.
(MIRA .18:1)

BLTNKUV.t S.M.; IVANITSKII, G.R..
Amount of glial oells in tba,b=an brain. Biofizika 10 no,5t817-825
'65, (MIRA 18s10)
1. Inotitut neyrokhirargii imeni. N.N.Burdanko AMN SSSR i Inatitut
biologichaskoy fiziki, AN SSSR, Moskva.

ARUTYUNOVA, A.S.,-M
prof.; PUTSILIA), M.V.
Density of capIllary network In the formations of the dog brain.
Arkh. anat., gist, I embra 49 no,8s28-33 Ag 165.
(mmA. 1819)
I. Laboratorlya neyrokhirargicheskoy anatomil-(Zav.- Prof.
SaM, Blinkov) Nauchno-ineledovatellskogo ordens. Trudovogcl.
Krasnago Znameni instituta neyrokhirurgii imard akadetiks.
N.N. Burdenko AM SSSR, Moskva.

BL S M,; MRASEVA, T.A.
Aphasia and mirror writing In left-hand-d persons follawing
lesion of the left hemisphere. Mi. nx-v,. I ps1kh. ~5 no.22:
1767-1772 165. (MIR A 19: 1)
1. Institut neyrokhirurgii im. Burdenko MAN SSSR, Moslcva.
Submitted May 213,, 1964.

2850 Bli-OCOVI V. V.
Iseledovanie polzuehAnti betona ,-pri povtornykh
dlitellnodaystvuvushilch
nagruzlmkh. L., 1954. 12 9. 19 am. (Vuesohus. nauch.losled.
in-t gidrogekhniki
Im. B. S. VedeDeyeva). 100 Ekz. Bestal. - (54-55?87)
M

BLINKOV.. V.'V.
"Investigation of the Creep of Concrete Under Secondary
Long-Acting Loads.w
Cand Tech.Scij All Union Sci-Res Inst of Hydraulic
Engineering, Leningrad, 1954.
(KLI No 21 Jan 55)
Survey,of Scientific and Technical Dissertations Defended
at USSR Higher
Educational Institutions (12)
SO: Sm. No. 556, 24 Jmn 55.

124-1957-10-lZZ7Z
Translation from: Referativnyy,'zhurnal, Mekhanika, 1957, Nr
10, p 148 (USSR)
AUTHOR: Blinkov, V. V.
TITLE: Study of the Deformation of Concrete Under Pure Shear
(Issle-
dovanlye deformatsiy betona pri chistom sdvige)
PERIODICAL; Izv. Vses. n. i.Athrta gidro-tekhn., 1955, Vol 53,
pp 65-73
ABSTRACT: Torsional shear deformations were determined on
hollow con-
crete cylinders having an outside diameter of 20 cm, and an
inside
diameter of 14 cm, and a length of 80 cm. Instantaneous deform-
ations were studied on specimens in the course of 340 days by
means of strain gauges glued at an angle of 450 to the
generatrix,
The deformations in the direction of the main compressive and
tensile stresses were found equal, while the deformations along
a cylindrical specimen. subjected to tension do not surpass the
corresponding deformations of a singularly stressed prismatic
specimen, This contradicts Freysinel s hypothesis on the
possibi-
lity of obtaining torsional deformations 30-40 times greater
than
the deformations due to axial tension. Creepage was studied on
specimens in the course of 256 days; the specimens remained
Card 1/2 33 days under load, whereupon they were unloaded and
observed

124-1957-10-12272
Study of the Deformation of Concrete (cont.
for 22 days. The creep deformations under. a stress of 14
kg/cmz
did not disappear up to the 33rd day, which Indicatesthe
inconsist-
ency of the capillary theory of creep, according to which
there
should not be any creep deformations during torsion.
Partial
recoverance of the creep deformation occurred during the
subse-
quent 22 days. The volumetric deformation, shrinkage, and
temperature did not influence the results.
A. Ye. Desov
Card Z/2

BLINIKOV, V.V.. starshly rAuchuyy sotrudnikj kand.teldm,nauk
Inveatigating the creep of concrete under repeated sustained
loads. Izv. VNIIG 60:103-127 158. WM 13:6)
(Concrete--Testing)

BLIRKOV, VS., JaWd. tekhn. nauk; PIGALEVA, N.A., inzh.
Determination of stresses in the elements of the
precast
cauponents of the reinforced concrete foundation of a
turbogener-
ator, Energ, strois no- 4:18-23 165- (MIRA 18-.12)
ode

YANUS, R.I., kand.fiziko-matematicheski~kh.nauk; VDOVIN,
Yu.A., inzh.;
BLINKOV V.Ya ' inzh.; POIDVNIKOVAt L.A., inzh.
Properties of dbld-ro Iled steel in~reels for use in electric
transformers. Vest.-elektroprom. 32 no.c?t62-63 S 161.
(MIRA 14:8)
(Electric transformers) (Steel--Maknetic properties)

..B/196/62/000/00'4/002/023
AUTHORS: Lutidze, Sh.I.., ands Blinkov, Y!.LL.
TITLEs Calculation.of a:circuit with,saturated choke
operating on an inductive load
PERIODICAL: Referativnyy zhurnal, Elektrotekhnika i energetikd,
no.4, 1962, 12, a~ztract 4 A64. (Elektroonergetlka..
no.4, 49-54)
TEXTt Calculation of a_.three-phase circuit with 'a
saturating choke,operatinj under conditions of forced pre-
magnet1satlon -is conaldered. Instantaneous values of current
and voltage are determined and also, the:relati.onship between the
direct component of magnetic induction in the saturating'choke
and the alternating component. The calculation reduces'to'
calculation of a single-phase circuit (see sketch). This circuit
consists of a reactance,. X and the saturating choke with d.c.
pre-magnetizatlon connected In series. Using linear segments.to
represent thermagnetisation curve of the saturating choke,
expressions am derived for the direct component,of the magnetic
field of thei"turating choke when the alternating induction
Card 1/2

..Calculation of a circuit with S/196/62/000/0041002/023
E194/E155
component is altered. Voltage'and current oscillograms are
compared with curves calculated,by the formula. 3 lit.refs.
[Abstractor's note: Complete translation-3

BLMOVAIO A.As; WMLERS S,Ye,l LANTSOVS Tk.,
~_. I
DN& isynthesis in tba proeess of bacterial conjugation.
Genettk&
no,20,3-21 Ag 1654 (XIM 18110)
lo lutituts of High MoUmlar Ompowdep AwAaa7 of Scianose
of the U'SOSORGO laningrads

67969
sov/112-59-21-44190
a 0 0
Translation from: Referativnyy zhuinal. Elektrotekhnika, 1959, Hr 21,
pp 90
91 (USSR)
-AUTHOR: Blinkova, A.S.
The Torque Caloulationof an Fnleot.&ic Measuring Instrument of a
TITLE.
Magneto-Electric System with Moving.Magnet 4
PERIODICAL: Tr. Vses. zaochn. energ. in-ta, 1958, Nr 9, pp 219-238
ABSTRACT: The methods of calculation of the magnetic moment M. of a
moving
magnet are given. For determining the demagnetization coefficient
m the magnet is replaced by an equivalent ellipsoid of revolution
with the axes a, b and. c. The formula for the demagnetization co-
efficient along the polar axis is
M (P2 V 02 1 7
p F -E (dLj?)j
where F (d~,T elliptic integral of the fire t kind, E (0L
Card 1/3 elliptic integral of the second kind;

67969
sov/112-59-21-44190
The Torque Calculation of an Electric Measuring Instrument of a
Magneto-Electric
System with Moving Magnet
'a; sinot - _q sin fl -112
p A; q
b p V;q 1 q
The value of M. is determined by the formula Mm Bd Hd Vm where Bd
the
4x
intrinsic induction in the magnet material, Hd - intensity in the
material of
the magnet, Vm - volume of the magnet. Experimental and computed
values of mag-
netic moments are compiled in a table. For magnets of various forms
and weights
made of various magnetically hard materials the computation error
is 4,_ 5,01. as
cov~-,ared with the experiment. Calculation formulas for
determining the field
intensity of rectangular coils, which are usually used in
instruments, are very
complicated; therefore the formula for calculation of the field
intensity of
round coils was applied. The length and thickness of an equivalent
round coil
is taken equal to those of a rectangular coil. The mean radius of a
round.
coil is determined under the assumption that the areas of both
coils are equal
and the same number of turns is taken. The mean field intensity
inside the vo-
lume occupied by the magnet was determined as an arithmetic mean
for three
points: the center of the magnet and its cones. The tables supplied
show that
Card 2/3

67969
SOV/112-59-21-44190
The Torque Calculation of an Electric MeasIuring Instrument of a
Magneto-Electric
System with Moving Magnet
the computid mean field intensity as compared with the measured one
gives an
,error of 1-9 - 5%. The scales of instruments obtained as result of
analytical
calculation and of experimental measurements on models are given. The
tables
show that the accuracy of calculation as compared with the experiment
is 3 - 16%-
A comparative characteristic of instruments with a moving frame and
of in3tru-
ments with a moving magnet is given..
Card 3/3

S116616010001021101013
AUTHORS: Zyyagin, V.I., and Blinkovi D.I#,
Blinkova, G.B., and Lobanov, Ye.M.
TITLEt Negative Photodio.de Effect in the Prebreakdown Region of
Germanium
pn-Junations
PERIODICAL: Izvestiya Akademii nauk Uzbekskoy SSRI Seriya fiziko-
matematicheskikh nauk, 1960, No.29 PP-84-88
TEM The negative photodiode effect consists in the diminution of the
back
current for a lighting of the crystal. During the switching in of the
light
there appearsa sudden enlargement of the current intensity,
whereafter it
becomes slowly weaker and reaches a,value smaller than the value
measured :Ln
the darkness. If now the light is switched in again, then there
appears a
sudden decrease and a Tollowing slow increase of the current
intensity. For
the first time V.I.Murygin (Ref#5) has observed this effect-at
seleni'um cells.
The authors investigate the same effect at specially produced
germanium diodes
D 7 where the crystal surface was not varnished and which were
radiated
with gamma rays of 0060. Beside of the above mentioned properties of
the
effect the authors proved a temperature dependence. The authors try to
Card 1/2

Negative Photodiode Effect in the S/166/60/000/02/10/013
Prebreakdown Region of Germanium
pn-Junctions
explain the effect, but the sudden variation of the current
intensity
i.s.not explained.
There are 9 references3 4 Soviet and 5 American.
ASSOCIATIONt In8titut yadernoy fiziki AN Vz SSR (Institute of
Nuclear
Physics AS Uz SSR
SUBMITTED: January 22, 1960
mop

30149
S/608/61/000/000/004/007
B143/B102
AUTHORSt Lobanovt Ye. M.9 Zvyagin, V. I., Blinkoys D. I.)
J)Iin,2va, G_ B.
TITLES Effect of gamma rays on germanium diodes
SOURCES Nekotoriye voprosy pr ikladn oy fizikip 1961, 55 - 57
TEM Gamma irradiation causes a negative photoeffect in germanium
diodes. The authors discovered this effect In X7 (D-7) diodes,
and
reported on it earlier (Izv. AN UzSSR, ser. fiz,. mat. nauk,
1960, no. 2).
They assumed that this effect is due to inhomogeneities in the
volume
(Prenkell defects). The negativephotocurrent depends an the
temperature
and the spectral distribution of light. It increases with
increasing
frequency of the illuminating light. In the photocells examined,
the in-
crease in photocurrent was particularly striking at Xoao.6p, For
waves LY
longer than 0.8~,, the negative photocurrent is practically
vanishing.
This means that it is due to the light being absorbed by the
oxide coating
and not by the~'surface-near layer. This was confirmed by a
series of
experiments. Gamma irradiation of germanium in moist atmosphere
causes
Card 1/3