SCIENTIFIC ABSTRACT ZAKS, I. A. - ZAKS, M. G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001963620015-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 19, 2001
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

S/125/63/000/003/004/012
A0061AIGI
AUTHOR: Zaks, I. A.
-5 typo ferrite-austenite
TITLE On the local failure resistance of 25
stool violds
PERIODICAI~--.t:.Avtomatic*,ieskaya svarka, no 21 27
3, 1963.
~TM: The author investigated the local failure resistance in the weld-
adjacent zone of X 2511 5VIND ( 311954) (M125N5TKF) (EI9501 steel, u&ing the
methods developed at the TsRZI imani 1. 1. Polzunov and at the Institute of Elea-
-trio Welding imeni Ye. 0. Paton. in the former method the brittle failure of
welds at temperatures ranging from 1150 - 80,00C is evaluated from the endurance
ductility of the material, determined by bending tests at a constant deformation
rate as high as 0.6r;b per hour. In the method developed by the Institute of
Electric Welding, brittle failure in the weld-adjacent zone is determined from
anallyses of raicro-and-riaorosectionz out out of austenite and perlito stool plates
that-were welded by the electric slag-method using a low-carbon wire. The tests,
yielded the following results. Weld joints of the aforementioned steel show suf'-
Card 1/2

S/125/63/boo/oo3/bo4/b12 -
On the local failure resistance of... Aoo6/Aloi
ficiently high deformation ability at high temperatures, which secures their re
sistance to local failure. Heat. treatment of this steel after welding has only
a slight effect upon the endurance ductility of weld joints; this makes it dif-
forent from IIChI8N9T austonitic stool whone rosiritanoo againat local rallure do-
penda oQnsiderablyupon.the thormalcondition of the vields. Least deformation
ability of walded JoInt8 in )W-5N5,M? itool lo objorXod in a 650 - 75000 L01101'a-
ture range. With higher test temperatures, from 750 0, the ductility of the
weld-adjacent zone of the joints is sharply risen. This is also confirmed by
results of testing 25-5 type ferrite austenite steel according to the D=nl
method. TsKTI tests of Xh25N5TrIF joints yielded comparable results. There.are'
2 tab-Les and 4 figures.
AS'SOCIA-TION: Leningrad Kir6v Plant
SUBMITTED: july 9, 1962
Card 2/2

S/1.35/6-3/OW/004/001/01.2
AOO6/A1O1
AUTHORs Zaks, I. A., Engineer
TITLE: The effect of the welding conditions and heat treatment upon the
weld-adjacent zone of 25-5 type steel
PERIODICAL: Svarochnoye proizvodstvo,, no. 4, 1963, 1 - 5
TEXT- An investigation was made at the Institute of Metallurgy imeni
A. A. Baykov under the supervision of Candidate of Technical Sciences M. Kh. Shor-
shorov to determine the effect of welding and heat treatment conditions upon tough-
ness and intercrystalline corrosion resistance in the weld-adjacent zone of
X25H5 TMO ( U954) (Kh25N5DW (EI954)) austenite-ferrite steel welded joints.
Preheating and cooling of the specimens was performed on a HM3T -1 (Dm-l) ma-
chine, and high-speed dilatometry was employed. The parameters of welding cycles
varied within the heating and cooling range of the weld-adjacent zone in manual
are and automatic*submerged'are welding, corresponding to changes in the linear f
arc energy from 3,000 to 10,000 cal/cm, during building up of the first seam layers
into a V-shaped groove of a 75 mm thick butt weld. The heating rate varied between'
Card 1/3
-- ---------

The effect of the welding conditions and...
S/135/63/000/004/001/01P-
A0061AI01
0
170 - 280 degrees/see; maximum temperature of-the cycle was 1,250 - 1,330 C; heat-
Ing time was 4.5 - 7 sec, cooling rate 17 - 140 degrees/sea. The specimens which
were subjected to short-time welding heat under varioua conditions, were tested
in the state after welding and after stabilizing treatment in a furnace (8500C
10 hours with different cooling rates ranging from 0.05 - 0.1 to 90 - 100 degrees/
sec). The investigation yielded the following results. Thermal welding cycles in
a linear energy range from 3,000 to 10,000 cal/cm have no negative effect upon the
toughness of the weld-adjacent zone in the welded joints. In a thermal welding
cycle, predetermining a higher cooling rate of the weld-adjacent zone, the tough-
ness of the steel increases; this is explained apparently by the reduced concen-
tration of admixtures and separations on the interfacial boundaries. Stabilization
of Kh25N5UW steel at 8500C does practically not entail Its embrittlement; however,
the cooling rate after stabilization has a strong effect upon the toughness of
ferrite-austenite steel. In slow cooling (with the furnace) the toughness of
475 br:it-'*
Kh25N5TMF steel has minimum values; this is caused by the appearance of 0
tleness, and by the separation of fine-odispersed'carbides and of ac-phase on the
grain boundaries. The intensity of embrittlement, and, inversely, the recovery of
ductile properties of embrittled bi-phase metal, type 25-5, depend considerably
L!ard 2/3

3/135/63,/1)00/0011/001/012
The effect of the welding conditions and... A0061AI01
'upon the extension of interfacial boundaries (dispersion of the structural compo-
nents) which, in turn, aepend not only upon the composition of the steel but also
ypon its production method (casting, rolling, weld Joint, etc). It was established
that after heating Xh25N5TMF steel to 8500C, the separations forming during the
Poling process, are located equidistantly to the boundary of o(- and 7*-phases,
%p that a second boundary is being formed. It Is assumed that this phenomenon is
Oaused by the polymorphous transformation of the boundary sections of the T%-phase
T--)
according to the o(! + MenCm scheme. There are 6 figures and 2 tables.
ASSOCIATION: '61ningrad Kirov Plant
L
ard 3/3

ZAKS, I.A., inzh.
Effect of welding conditions and heat treatment on the
resistance of the weld zone in 25-5 type steel against inter-
orystallite corrosion. Svar. proizv. no.7:10-11 Jl 163.
(MIRA 17;2)
1. Leningradskiy Kirovskiy zavod.

Z~IAK-S,
Properties of various welded joints from 25-5 type ferrite-
austenite steel and steels of austenite and perlite classes.
Energomashinostroenie 9 no.10:30-33 0 163. (MM 16:10)

ZAKS . A. --
Stability of velded'Juinta in 25-5 type
against zone cracking. Avtois. evar. 16
1. leningrad5kiy Kirovsk1y zavod.
ferrite-auatenite steel
no.3 121-27 Mr 163.
(MMA 3.6:4)
Steel,, Stainless-Molding)
herml stresses)
4

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A.CCESSIOU OR: AP4047013 S/0135/64/000/'010/0013/ool6
HOR',-Zakq 14- ini~er)
a t r e n -F%, h0 f-- f a r-r- i tl a~, a U a0 n
ele
nical
SOURCE: Svarochnoye pro~zvolcrstvo, no. 10, 1964$ 13-1.6
TOPIC TAGS: w.eld e a 'Pint c
d c y er rystalline corrosiont ferritic aus-
7T
e=nt t~ s Gel, plasticity,-mechanicaL-stren
-AB 1,3TRACT -An investigation of intercrystalline r akw in
c0
ferritic-austenitic steel Kh~~TMU,,Idnd weld-de-cay in 25-5 typla,
-oot
I= ~Eeta s di ed an absoluts defomation of 0.43 mm at; the
0 thin
of the weld with s me formation of cracks.i~Consequently, wi
the hot cracking range, the metal weld possesses a certain plas-
ticity and upon losing it, hot cracks begin to appe~.r. The hi,;her
erature of initial plastic recove-y and the h.Lgher its
the temp
i rate, the lower-the tendency, to hot-cracking-in-the weld- affe ct ed
zbne. ne-max-imum testing temperature was 1320 to 1.340 C. , The
--- decline --and- -recovery- -of -- plasti city--- occuirred-within -4f -narrow
!:'-temperature-range near the -solidus~, -and between - 1200,;~and- 1260, G_:
_gbec ja- -hi~~h reduction~-of -are-a-and elongation per--.
1~2
jr.

4 M. Vwlr4 lf~:FT FO~
~RN

1, 1-2259-65

ACCESSIOW NR:--AP4047013

gth.~__ The- lower. -plasti city-- of-- cast - Ste e I- Joii thin-
-te mperature-range
is-attributed to a-lower-r
ecovery rate and a
possible reason for the formation o-f weld decay, By way of
comparison, austeniti6-s6ecimens
_,__, _1 7:_
A

OW-Higher Technical Se.
hool--im. Bauman) are discusseda 17
Howeverl--the- plasticity -of- Kh25N5TMFst_eiKF-0-5-Si the-
me litithin
ittlenees,
j-,br rax-ige:greatly-exceeds-that-.of-other austianitic
specimens-reflecting a higher weld decay BtIl-rength. "The contri.
--bution- of - Ealov, nst4tute-'of Netall -im. A.A.
L--V-* MT:(I
-
-
13
k
I ay ov
and -Yakushin i - B. F. engineers -at 14VTU la -graI;e_Y5=Y__7
- The
-acknowledged
o
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as 3 fiiF
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.
.
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CIATION_i_---_ ____n&rads_kiy_Ki:rovski_y tavod..__.(Lening:6id Kirov-
Plantl
'SUERITTIED 1. 00: ENGL:"00
-SIN: 01' aMR: 000

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ZAKSt I,A,, inzb,
Technological stroingth of a type 25-5 ferrite-auatenite metal, Svar,
proizv, no,lOsl3-16 0 164. (WRA 18?1)
1. TsnInRTadskiy Kirovskiy zavod.

ACC NR; AP7006945
(N) SOURCE CODE: Ult/0129/67/000/001/0t')1.1,/'Ool,5
AUTHOR: Zaks, 1. A.
ORG: Leningrad Kirov Plant (Leningradskiy kirovskiy zavod)
TITLE: Effect of heat treatment and nitrogen content on the notch toughness and
intercrystalline corrosion resistance of ferritic-austenitic steel
SOURCE: Metallovedeniye i termicheskaya obrabotka metallov, no. 1, 1967, 41-45
TOPIC TAGS: nitrogen, toughness, annealing, corrosion resistance, chromium steel,
nitrogen steel, ferritic steel, austenitic steel, cast steel / Kh25N5T!-T cast steel
ABSTRACT: Specimens of Kh25N51'M-r cast steel (23.6-25.5% Cr, 4.9-5.1% Ni, 0.08 to
0.10% MQ, 0.10-0.13Z V, 0.04-0.14% Ti, 0.044-0.17% N) were annealed at 1000,
1100, 1150, 1200 or 1250*C for 1 hr to determine the effect of heat treatment r,-!
nitrogen content on notch toughness and intercrystalline corrosion resist-~~.---- It
was found that the notch toughness and susceptibility to intercrys-s~--t-',! corrosion
increased with increasing annealing temperature: 6.3 kg-m/cm 2 --:- 1000*C and
12.7 kgm/cm2 at 1250*C. Annealing at the same temperatures significantly changed
the lattice parameters of the a- and y-phases and produced stresses which affected
the resistance-against intercrystalline corrosion. Addition of up to 0.17% nitrogen
increased the notch toughness by about 50% after annealing at 1000*C, and by almost
Card 1/2 UDC: 620.17:669.14.018.8

AP7006945
100% after annealing at 1150*C, furnace cooling to 1000*C, and oil quenching. Orig.
art. has: 4 figures and 3 tables. [AZ]
SUB CODE: l1/ SUBM DATE: none/ ORIG REF; 008/ OTH REF: 002/
Carl 2/2

--L 32 CIO =�2 MaT (1)/Z"dT (M)/F.PFF (C)/J,,"WG Pz-6/Pe-.5/
Pr AM
AM lsldi 11R.- AP%WP-G7
S/0286/6VON/003/0087/C037
41,
AUTHOR, 1. H. Berzon, 0. S. I Yemal 1. V.
Yanov
-TITLF..-- _An__autvM4~i%_ valve -for cql~tr~lling -fuel transfer fracm spare tanks to aery-45
ice tW*s. Class 47 lid.
i6805
SOURCO: -Byulleteal izabreteaiy i tavarnykh znak.07*-no. 3, 1965,87,
TOPIC"LIAGS., fuel-- gatem --fuel-- control-,-fuel. -valve _.liqgDd level coatrol
-Author I t;,- Cartific ante - -introduce& - an-automm-tic. valve for c
ABSITIRACT This
ransfer 'ram spare tanka to aervice tanka. The device mado up of a
fuel t is
ially~ahaped control space and a spring return ball and float machartiam. Me fu,31
aystem operation ic mado more reliable by a lever with an inertial ifeight which La
built. into the valve actuator*
ASSOCIATION t nonq
SUMCMED: 28Feb63 E21C L: 00 sua coat FPjI9jA0
NO MW 60V t 000 OW
L

BULANOVA, O.N.~ ZAKS, I.C.
Acid-base equilibrium in the organism in dying "'ron hemorrhage
.C I
and in subsequent restoration of life functions. Pat. fiziol.
i ekep. terap. 9 no.5:84-86 S-0 165. (MIRA 19:1)
1. Laboratoriya eksperimentallnoy fiziologii po ozhivleniyu
organizma (zav. - prof. V.A. Negovskiy) AMN SSSR, Moskva.
Submitted September 18, 1963.

GAYZVSKAYA, M.S., NOSOVA, Ye.A., ZAKS, 1.0.
Iffect of body t emperatur-elo-i7thg~dfftftpos it ion of gnergy resources of
the brain in death (with summary in Inglishle LALr.bioV:him.zhur.
30 no.4:513-520 158 (MIRA 11:9)
1. Laboratoriya eksperimentalluoy fiziologii po ozhivleniyu organim
AKU SSSR, Hookwa.
(BMT nvwrum)
(]MATH (DIOLOOT))
(=MRAL CORTIJX)

BULANOVA, O.N.; ZAKS, 1.0. (Moskva)
Hypoxia and acid-base equilibrium in prolonged artificial cir-
culation produced by direct heart massage. Pat. fiziol. i eksp.
terap. 6 no.6t17-22 N-D'62 WIRA 1713)
1. Iz laboratorii eksperimentallnoy fiziologii. po ozhivleniyu
organizma ( zav. - prof. V.A. Negovskiy) AM SSSR.

BULANOVA, O.N.; ZAKS, 1.0. (Moskva)
Blood substitution and oxidation of the intermediate products
of metabolism in resuscitation after clinical death. Pat.
fiziol. i eksp. terap. 7 no.4:40-45 Jl-Ag 163.
(MIRA 17:9)
1. 1z laboratorii eksperimentallnoy fiziologii po ozhivleniyu
organizma (zav.- prof. V.A. Negovskiy) AMN SSSR.

SUBJECTs USSR/Welding 135-2-6/12
AUTHORS: Antonovag V. F.t Engineer# Zakag I.S., Enginearg and
Zvegintsovt S.Kot Engineer.
TITLEs Properties of metal costing made with electrodes W+ -2 and
L~R -3. (Issledovani a evoystv metalla, naplavlennogo elek-
7
trodami LLW-2 i ~L4
-
PERIODICALs "Svarochnoye Proizvodstvo", 1957, go 2, pp 18-21 (USSR)
ABSTRACT: The experiments described in the article had the purpose of
finding a replacement for the scarce and costly cobalt used to
coat sealing surfaces of valves and other steam turbine and
boiler parts, where the service conditions require extremely
high resistanoe to oorrosion and erosion, and hardness in
temperatures over 5000C.
The L~HU4TMAhl(TeNIMASH), and specifically V.A. Lapidus,
Candidate of Technical Sciences, developed a now electrode -
the "4 -3 - and recommended it as fully replacing the IAH-2
(containing cobalt). Up to now, sealing surface coating
which most closely corresponds to technical conditions is
obtained with cobalt-containing "stallits, B-3K." The rocom-
Card 1/4

TITLE: Proportion of metal costing made with electrodes LQ+ -2 and
L~4 -3. (Iseledovaniya evoysty metalls, naplavl9nnogo elek-
trodazi L~4-2 i LO -3). 135-2-6/12
roc r
Relation of coating Na 4H_Z

03K)
weight to rod
W*ightso ....... *so. 25-30 25-30 115-120
The recommended now electrode grade has boon tested at the
authors' plant (testing technology is given in detail). The
criticism of the first conaignment mass the actual chemical
composition of the coating mad* with the now electrodes not in
on:,:ingle case corresponded to the TeNIITKASHIE ecifica-
ti (for instancet carbon 3.4 % instead of 1-7328;; the bot-
tox content limit of chrome in one-layer deposit - 23% instead
of 28 %, otc);,the electrode coating which had been applied
by pressure - cracked or slid off from some rods even at
*light heat.
It was concluded that olootrod:,L44-3 in no substitute forj~j+-2.
The metal deposited by this e1 trod@ in an alloy of the sor-
mite typol satisfactory micro-structure and density of weld
metal is only possible in one-layer deposit and only at a
definite speed of crystallizationj the multi-layer deDosits
Card 3/4 form very coarsog brittle carbides of chrome which breag out

TITLE: Properties of metal coating made with electrodes UI+ -2 and
W+ -3. (Issledovaniya evoyatv metalla, naplavlennogo elek-
trodami L~4 -2 1 LO -3) - 135-2-6/12
in grinding, the multi-layer coatings are also not sufficient-
ly done@; their tensile strength in static bending teats is
2-5 times lower than of the deposit made by stellite L~H -2.
Experience with electrodes !~4 -2 shows that this grade
B3K - L~Zo
is satisfactory, and is to be recosmanded in arc-welding but
not in gas-welding. The plant "Znaaya Truda" has very good
results in arc-welding with this grade.
Thor* are 5-tables, 2 photogra he, 7 MiCro-photographs. The
article contains 3 references Tall Russian).
INSTITUTIONt Kirovskiy plant (Klrovskiy zavod).
PRESENTED BYt
SUBMITTEDs
AVAILABLEt At the Library of Congress
Card 4/4

L IL662-66 5
ACC NRs m6m5
t)/ETI IJP(c) RIW/JD/GD
SOURCE CODE: UR
AUTHOR: Yudelevich, 1. G.; ShelE!kova, 1. R.; Ayseyko, Ye. M.; Kinskaya, L. N.; M."
!Larina. L. K.; Lha-L)L
qva,_N. Ya.; Boonovskeya, T. I.; Zaks, 1. V ; Khamidulina, F. K.
ORG: None
~TITLE: Spectrographic determination of trace elements In the raw materials and
intemediate products of the rare metals industry
SOURCE: Urallskoye novtl!lqhqniyt_po.-opeklkrpipkppit, _.4t1k.. Sverdlovsk, 1963. Mateirialy.
Moscow, fz_d_-vo--Ke-_t&Miigiya, 1965, 111-114
TOPIC TAGS- spectrum determination, zinc, lead, Indium, thallium, germanium, selenium
tc1lurium, spectrographic anal3,sia
PSTRACT: A number of new methods are described for determination of indium, thallium
19Cermanium, Velenium and tellurium in intermediate products of the lead--a-n-&-zinc -
lindustry. de-rmanium is spectrographically-determined by Injection of powder specimens
into an a-c arc discharge. The spectroscopic buffer for determination of more than
10.001% Ge is carbon powder containing 5% Li(903)3 as an Interna standard. The
analytical line pair is. Ge 269.13 mp-U 280.96 mu. -For determining higher concen-
trations of germanium (above. 0.1%), use In made or the Ge 258.91 up-Bi 280.96 mo or
Ge 274.04 up-Bi 280.96 au line. *A buffer consisting of a mixture of quartz and sulfur

T. IJ.AR2-M
ACC NRe AT6013544 0
was used for determining traces of germanium of the order of 1 part in 100,000 in slags
and mattes. The sensitivity of germanium determination with respect to the Ge 303-90
mV line is 10-4% in this case with a relative error of about 15%. Commercial soluti.ons
are analyzed by electrode saturation. The relative mean square error'is 9% with this
method. Indium, thallium, gallium, and germanium are simultaneously determined by
pouring the solutions to be analyzed into a socket in a special copper electrode and
then drying the electrode so that the solution adheres to the surface. The advantage
of this method over the saturation of carbon electrodes lies in the possibility of
using the sensitive long-vave lines located In the region of cyanogen bandst In 410.18
mv, Ga 417.2 mp and T1 37T.57 up. This method given a relative error,of 9%. Methods
are discussed for determination of rare elements in zinc and lead ores with a senniti-
vity of at least 10.4% using spectrogrWhic analysis with &-buffer solution of sodiin
fluoride. Orig. art. has: 1 figure;
SUB WHOM/ SM DAT19: 06Ju165/ ORO W: 005/ M Wt* 000
Cwd 2/2

Srx,-LPAMVAgLR.; ZAKSj I-V- _ .
.je colltrol of to.Utwilm -.emowl -rm -locd-
q~
~ ctacLMrj-
S-ocr.UV4. wirmao"iyan= W.9:189-191 165. OUTIA Ism)

L52098-6 EP?(c)/tdT(R)/T rr-4 w
ACCESSION NR: AP5015267 UR/OP86/65
/W0/009/0049/0049
AUTHORSt Stengrovits, 00 Ts.; Balodis V N.1 IyevinIqh, Ya. K!1 Vanag, Tee P. *
. 'B. -~MSMIS- 101 aq!&~W. V.
U. K.; noalze
TITLE: A rotary vacuum pump. Class Z7, No. 170604
SOURCEt Byullaten' izobreteniy i tovarzWkh inakov, DOG 91 1965, 49
TOPIC TM vacuum puxp, pressure, auction, lubricamt
-a
ABSTUCTt This Author Certificate presents
rotary vacuum pump consisting of
a cylindrical case with and covers, an eccentrically positioned rotor vith plate@
a auction nipple mounted on the cylindrical surface of the case, and Vessure
nipples (use Fig. 1. on the Enclosure). To distrilr4to the lubric;~iOuniformly
along the longth of the p2atee by changing the direction of -inotion of tho games
being exhausted in the case, the pressure nipples are munted in the end covers
of the case. Orig. art. has: I figure.
ASSOCIATIONt Glavnoye kon3truletcrokoye byuro severo-sapads, pri "Tods
11swish P2&n
Riganellmash (Main Construction Bureau of theltz:~" t)
SWITTEDs 22Fsb64 ENCLs 01 Nun WUMS LE
No Ew SOV 1 000 OTURI 000
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Avtf-nat-1.1ka i Tpln~~Plchanil~n, Vol. ~x LO. li 1) ighip

ZAi(.-;') L.
LISSR/Electricity - Instiiments Feb 53
"Rational Selection of Parameters for a Series-
Parallel Temperature-Compensation Circuit for Mil-
livoltmeters," Engr L. M. Zaks, Moscow Inst of
Measures and Measuring Instruments
Elek-vo, i,10 L,,
Describes new procedure for detg optimum parameters
of series-paraIlel temp compensation circuits for
high-precision millivoltmeters. Procedure makes
it possible to obtain max power in coil for a given
per.missible error at l0o C and'fdr a minimun error
248r25
in a given range of operating temps. Presents
graphs for det# circuit parameters according to tech-
ribial requirawnts of -instrument. Submitt*d , ,
17 Jon 51~. 248T25

ZM. L.H.,-inzhener.
General characteriotics of mgnstoeleatria indices In recwte-measuring
schemes. Ilektrichestvo no.10:51-55 0 '53. (MLRA 6:10)
1. Moskovakty gosudarstveuWy Anatitut mer i izmeritel'Wxh priborov.
(Magnotoelectrio machines) (Zlectric meaBurements)

MILISHMN.Y.N.; ZM L.H.
arm-"ka
Bnorgy correlationo in electric measuring instruments. Iza.
tokh. no.1:3&45 Jr&-Y 155- OITAA 8:9)
(Blectric measurements)

MILISHTM, V.N.; ZAKS. L.M.
RePlY to A,4JWterenko. Iza.tekh.no.5:23-25 S-0 155. (KENA 9:1)
(Illectric instruments) (Nesterenko, A.)

Category USSR/General Problems - Method and Technique of Investigation A-4
Abs Jour-: Ref Zhur - Fizika, No 2, 1957 No 2893
Author :Zaks, L.M., Strizhevskiy, I.V.
Title :Instruments for the Measurement of Stray Currents
Orig Pub :Izzerit. tekhnika, 1956, No 3,, 45-49
Abstract The specific requirements imposed on instruments for the determination
of the potential difference between a'structure and ground and
between undergraand structures, as well as for the measurement of cur-
rents within a structure, are indicated. Technical data are given on
vo*eters and millivoltmeters :intended for this purpose., either those
already developed or those that can be developed on the basis of the
electric-measuring instruments produced by the Russian industry.
Card 1/1

YFMJAKOV, V.I.; ZAKS, L.M.
Work of metrological institutes in the field of radio measurements.
Izm. tekh. no.6:71-73 N-D 157. (KrRA 10:12)
(Radio measurements)

SO' hV-n [Sun Sa-fol; KOROVTAKOV, D.B., inzh. (translator]; ZAKS. LK.,
kand.tekhn.nauk, red.; ANTIK. 1.V., red.; KADVEM, L.Ts., tekhn.red.
[Keasuring power in multiphase circuits with transistorized instra-
ments (based on the Hall effect)] Ismarenie moshchnosti v mnogo-
vaznykh teepiekh poeredstvom.polnprovodnikovykh priborov (oanovannykh
na effekta Kholls). Koskva, Oos.energ.izd-vo, 1938. 79 P.
(MIRA 13:1)
(Ilectronic measurermts)

ZAKS, L.M.
--------------
Standard self-balancing direct-current bridge using thermistors.
Trudy inst. Kom. stand., mer i izm. prib. no.48:7-23 f6o.
(MIRA 44:6)
(Bridge circuits) (Pl3ctronip measurements)
I

,~,ZAKS9 L.M.
I---- I
Sms r9mats of the activity of metrological Institutes in 1960.
I=-takh- no-4:1-4 Ap 161. (MIRA 14:3)
(Mensuration) I

ZAKS, L.M.; RYNKEVICH, V.P.
Standardization of radio measurement equipment. Izm.takh.
no.5138-40 My 161~ (MIM 14-'5)
(Radio meaourements-Equipment and supplies-Standards)

27843
5/115/61/000/009/002/006
6,zf 30 0 E032/E114
AUTHORS. Zaks, L.M., and Belikov, Ye.N.
TITLE; Bolometric d.c. bridge for S.H.F. power
PERIODICAL: Izmeritellnaya tekhnika, 1961, No.9, PP. 34-37
TEXT: The apparatus developed by the present authors is
illustrated in -the figure. The device consists of two bridges:
an external supply, bridge and an internal measuring bridge,
In addition,there is a stabilised supply source I with a
photocompenzated d.c. voltage stabiliser, an output meter (ferro.-
dynamic wattmeter), null-point indicator 2 with a photo-
compensated d.c. amplifier, and a compensating current source 3.
The bolometer RC and the resistor ra form one arm of the
internal measuring bridge and the resistance of the constant
comparison arm is equal to the maximum possible working resistance
of the bolometer. The supply bridge incorporates the fixed-coil
of the wattmeter Wl, and the compensating circuit includes the
second fixed coil W2 and the movable frame Wj. The initial
balance is achieved by adjusting ra and by the current
through the bolometer by varying the output Voltage of tho
Card 1/4

E7843
Bolometric d.c. bridge for S.H.F. S/115/61/000/009/002/oo6
E032/Ell4
photocompenzated stabiliser. The SRF power incident on the
bolometer is compensated by reducing the heating current through
the bolometer. The latter is achieved by applying an opposite
compensating current. The compensating current produced by the
ferroresonance stabiliser 3 is adjusted manually until the
br,idge is balanced. The measured power is indicated
by the output
wattmeter. The upper circuit in the figure employs a nymmetric
supply bridge and is used with small working ranges; the lower
circuit employs a non-symmetiric supply bridge. The former is
employed with waveguide bolometric heads, and the latter with
coaxial bolotnetr�c heads. The power meter has the following
characteristical working range 100 microwatt to 1 watt,
bolometer resistance range 180-64o ohm; errors range between 6
and 10%. ExpreBsions are derived which give the power as a
function of the instrumental parameter3. The present bolometer
is based on previous work by the present authors (Ref.l. L.M.Zaks.
Obraztsovyy avtomaticheskiy termistornyy most postoyannogo toka.
"Prototyl)o automatic thormistor d.c. bridge". Trudy institutov
I%olaitota standartov, mar i izmoritelInykh priborov., of thn
~,.ir d 2/4

2780
Bolometric d.c. bridge for S.H.F. ... S/115/61/000/009/002/Oo6
E032/E114
Institutes of the Committee for Standards, Measures and Measuring
Instruments", Standartgiz, M., 1�6o, 48, (108), P-7) and
Ref.2:(L.11. Zaks and Ye.N. Belikov, Avt- sv:Ld. No.136794 c
prioretetom ot 18/3/196o, "Author's Certificate No-136794, Priority
from Harch 18,196o,1).
There are 1 figure and 2 tables.
Card 3/4

34671
S/115/62/000/002/007/009
7/ H~ 31 1W) E192/E382
AUTHORS: Zaks, L.M., Petrov, V.M. and Belikov, Ye.N.
TITLE-. Improving the "sensitivity of thermistor wattmeters
for UHF
PERIODICAL: Izmeritellnaya tekhnika, no. 2, 1962, 43 - 48
TEXT: The main factor limiting the sensitivity and accuracy
of thermistor wattmeters for UHF is the instability of' its
indications due to the instability of the temperature of the
thermistor and the instability of its heater current. A method
of increasing the sensitivity of a thermistor power-meter is
described in the following. This is based on the use of
temperature compensation and a special galvanometer stabilizer
which results in a very high stability of the supply current
for the measurement circuit. The methods of temperature compen-
sation of thermistor meters for UHF power are usually based on
a coaxial compensating thermistor whose resistance is dependent
only on the temperature of the surrounding medium and is
practically independent of -the current flowing through the
thermist r. The condition of compensation is achieved if,
Card I/Y

S/115/62/000/002/007/009
Improving the .... E192/E382
during temperature changes of the thermistor holder (i.e,
temperature of the measuring and compensating thermistors), tho
changes in the resistance of the compensating thermistor resulL
in a change in the current of the measuring thermistor and the
power dissipated in it, such that its temperature and resistance
are kept constant. The method of temperature compensation
devised at VNIIFTRI is based on the use (Ref. 4: Zaks and
Petrov - Authors' Certificate no. 670724/26, June 20, 196o) of
an inertia-type compensating thermistor placed in the thermistor
holderz This thermistor is in direct contact with the holder
and is at the same temperature as the measuring thermistor. The
compensating thermistor is connected not in the supply network
of the measuring bridge but in the circuit of the reference
voltage of a stabilizer feeding the bridge. In this way, it is
possible to reduce to a negligible value the power dissipated
In the compensating thermisttr and thus to increase the
efficiency of the temperaturt% compensation in comparison with
the other known methods (Ref. 1 - Measurement techniques at
centimetre waves, Part II. Pub. Sovetskoye radio, Moscow, 1942.-
Card 2/5

S/115/62/000/002/007/009
Improving the .... 9192/E382
Ref. 3 - R.A. Valitov and V.N. Sretenskiy - Radio measurements
at ultrahigh frequency, Voyenizdat, 1958). The compensating
circuit operates as follows. When the temperature of the
thermistor-holder is changed, the temperature of the measuring
and compensating thermistors, which are in the same thermal
conditions, changes accordingly. The change in the resistance
of the compensating thermistor, which is connected in the
reference circuit of the voltage-stabilizer, leads to a change
in the stabilized voltage and this results in a change of the
current in the measuring transistor and the power dissipated in
it. The temperature of the measuring thermistor and resistor is
therefore unchanged. Consequently, when the temperature of the
holder is varied, the balance of the thermistor bridge and the
indication of the power-meter are unchanged. The reference-
voltage divider, which is connected in the feedback loop of the
voltage-stabilizer, is in the form of an unbalanced bridge
(see Fig. 1), whose output "diagonal" contains the reference-
voltage source e and a galvanometer r . The e.m.f. of the
reference element is connected "against" the voltage of the
Card 3/5

S/115/62/000/002/007/009
Improving the .... E192/E382
output diagonal of the bridge. The galvanometer stabilizer
circuit is illustrated in Fig. 2. The system has three
correction circuits. The cap&citance C kl ~ 0.1 JIF is
connected in the diagonal of a photo-resistor bridge circuit
and its purpose is to suppress the oscillations of 50 kc/s
frequency. The low-frequency oscillations are suppressed by the
network consisting of the capacitance C k3 I ~LF and
resistance r 3 as well as the correcting network consisting of
the capacitance Ck2 = 1 ILF and a variable resistance R k2
= 47 kk%. This circuit is connected between the input of a
DC amplifier consisting of transistors TV T 2 and the output
of the control transistor R 3 . The input voltage of the power
stage of the stabilizer is additionally stabilized by an
auxiliary transistor stabilizer based on an emitter-follower T4,
whose reference voltage is provided by a pair of reference diodes.
Card 4/5

ACCESSION NR: AT3013121
AUTHOR: Zaks, L. M.; Petrov, V. M.
TITLE: New method of temperature compensition of thermistor micro-
wave wattmeters
SOURCE: USSR. Komitet standartov, mer i izn:eritel'rLy*kh priborov,
,Trudy* institutov KomitetA, no. 65, 1962,.13-20
,.:TOPIC TAGS: microwave power, microwave wattmeter,, theilmistor,, thermi-
~istor wattmeter, temperature compensation
1ABSTRACT: A new method is described for adjustable thermal compen-
:sation of thermistor wattmeters with the aid of an inertial thermistor,
,donnected -in the feedback circuit of the stabilizer feeding the meas-
:uring bridge. The development of this method is brought about by the;
fact that the customary method of connecting the compensation thermi-
stor directly in the bridge supply circuit cannot be used for univer-:
,sal bigh-accuracy thermistor bridges intended to operate over a wide
frequency range, in view of the intolerably large power dissipated in
.the compensation thermistor. The new method ensures the possibility
Card
s/2589/62/ooo/o65/oOl3/OO20

;'ACCESSION NR: AT3013121
.of exact adjustment of the thermal compensation by determining the
.change in the readings of the wattmeter. The design of the circuit
is described and the test results reported. The instability does not
;exceed 0.05 microwatt per minute. Orig. art. has: 4 figures and 6
-formulas.
;ASSOCIATION: VNIIFTRI
isuBmiTTED: jul61 DATE ACQ: 28oct63 ENCL: 02
-SUB CODE: BE NO-REP SOV: 003 OTHER:001
Card

ARUTYUNOVJ, V.O.; GORDOV, A.N.; ZAKS. L.M.j IVLLT,, A.I.; KOLLFROT, D.K.
Fvndamentals of the organization -)f a national syetem of atan-
dard information data. Izm. tekh , no. 511-!F W64 (KM 17 V)
I", i
f

L 2597-66 E;n*(I)/EEC(k)-2 EVIA(h).
ESSION NR-. APSO 19 141 UR/O I 15/W000/066/004 1 /00'43
621.317-733.023
e rovt a 0
TITLE: M4-3 self-balancing thermistor d-c bridge for measuring shf power
SOURCE4 lzmeritel'naya tekhnika, no. 6, 1965, 41-43
TOPIC TAGS: thermistor bridge, dc bridge, shf wattmeter M4-3 thormistor
bridget
to
0
ABSTRACT: A newly devel ~e~ -3 shf thermistor bridze,. which is an
M 1gortable M4
Improvement of the older 4 ype, has a d-c double-bridge cir6uit, a direct
reading on a ferrodynamic-wattmeter scale, and an autocompensation system. Iti,
measurement scope is 5-7500 (4w; basic error, 1. 5:k 0. 3%; zero-point drift,
0. 3 m wi supply, ZZO v 50 cps; weight, 2.5 kg. The double thermistor bridge
consists of an external supply bridge in one of whose arms an internal measuring
bridge to Insertedi The shf measuring thermistor forms an arm of -the.internal
1',Card 1/2

L 2597-66
ACCESSION Nit: AP5019199
A
bridge. A simplified diagram of the M4-3 bridge in supplied. "These m ain took
part in the development of the Instrument and building prototypes:
Selivanovski , A. K. Tomash6~kjy, F. Lukashev, A. H. Razorenov, A. V,
Y-
AluG liko v, and III-1-skrahkox.21 -0r1g. art has: 2 fi gures and I table.
ASSOCIATION-
SUMAITTED: 00 ENCL: 00 SUB COM. EC
NO REF SOV-. 004 OTIWR: 600,
ic.
rcl

L 3801-66
'ACCESSION NR: AP5025585 UR/0115/65/000/009/0041/0043
621.317o733.023
AUTHORt Zak3, L. M.; Belikovs Ye. N.j Rypalev* S. V*; Petrovq V. H.
TITLE: A thermistor bridge with automatic digital readout and automatic zero cot,-
Irection
ISOURCE: Izmeritellnaya tekhnika, no. 9, 1965, 41-43
;TOPIC TAGS: thermistor, power meter, resistance bridge, digital readout system
.....JABSTRACT. A self t
-balancing thermistor bridge is described in which the upper limi
iof accuracy is raised by using an automatic digital readout system, and the thres-
I
!hold of sensitivity is lowered by adding automatic zero correction to the system.
The automatic digital power readout is based on the use of a measuring multiplier
!which uses the pulse-time method for multiplying two dc voltages taken from the mea-
isurement circuit of the bridge. At the output of the multiplier Is an analog-digi-I...
Ital converter which changes the voltage to a proportional time interval, and an
~i electronic meter which shows these intervals in digital form. The method for autcm~_
Itic zero correction is based an periodic blanking of the modulator for the shf chanl,---.
card 1/2

L 33G1-66
ACCUSION NR: AP5025585
Inel and automatic balancing of the measurement system when the power is blocked by
means of an electronic servosystem which "remembers" the current level for heating
.the thermistor. The power reading is fixed directly after automatic zero correctiot
ito improve accuracy. A schematic diagram of the instrument is shown and the operat-
Ing principles are described in detail, The bridge is designed for measuring powen
lin three ranges up to 109 100 and 1000 pw. The measurement error is 0.3% at the
maximum power readings. The Instrument can also be used for measuring small power
ivalues of the order of a few uw with an error of less than 0.03 Vw. Orig. art.
.!has, I figure.
1ASSOCIATION: none
SUBMITTED: 00 ENCI,,. 00 SUB CODE: EC
WO REF SOV: 007 OTHER, 001

DYUZIIIII) A.T.; ZAKS, LJ11.11--.1
,~,,utomaUon in metrolco,. ~-zm- te7--. no. -, -, 7 3 4: D 164.
I Y-
,1,7-;, .8:"%
- --'l

ARUTYUNOV, V.O.;-ZAIO. L.M.-,,ItILF-Vv A.I.
Functions a-nd problems of modern metrology. Izm. tekl. no.11;
1-5 N 164. (AURA 180)

Tm f"W"I WWI in pwolftm C"two.
Aju -4awst. Atid. (Ndd. 1'e9. Sauk
1947: 'TIC-i9l; (Acm. Zessr. Me. 1. K.M.- BY disill. %011
toluene cm A twphihA fract"i the water In voil)". I
uwtts of petfulcutirl-brAring rock vm% qtLmd. QvTr alut
Wisteir viatirms ut 0.15-4.27r; wrfv found. The rcktim
JWtWTCO tjW tWf"lCQIAIjtV Undl (16i %%Aftr (IMI(ent lHtf*l 1W
&C)FLAWmi In noillefat'.
.%[. G. Mo-Ift.

DUBROVA, B.M.;_~.AKS L.S.; PISKARNIA, K.A.
Improvement of the quality-of enamels for agricultural nachines
by in~r6ducing talcum as filler. Lakokras.mat. i ikh prim. no.l:
42-45 '60. (MI11A J)': 4)
(Enamel and enameling)

KOZLOVA, PA.; ZAKS, L.S.
PaInting farm machinery with heated enamels. Sollkhosmaohina no.11:23-26
N 153. (KLRA 6:11)
1. Yeeso7uznyy nauchno-isoledovatellskiy Institut sallskokhozyaystvannogo
mashinostroyeniya. (Agricultural machinery) (Painting, Industrial)

KDZLOVA, P.N., Imudidat tekhnicUsukikh nauk; ZAKS, L.S., nauchnyy sotmidnik.
..Omft~
Thickening of glyptal examels cluring storage. Sellkhozmashima no.4:
26-29 Ap '56* (11samel and eameling) (MA 9:7)

ZAKSY M., kapitan intendantskoy sluzhby
Take good care of personal equipment. Tyl i snab.Sov. Voor.Sil 22
no.2:89 T 161. (MIM 34:6)
(Russia-Army"-Supplies and provisions)
I

MAIT 2 Yu.,, inzli..; ZLM 14. inzh.
Grain cleaning and drying station. Trakt. i sellkho=auh. '33 w.1126-29
Ja t63. (WIRi 16-3) '
1. Pribaltiyakaya mashimispytatellnaya stantaiya;,
(Grain-Cleap.LDO (Grai~Rrying)
N

K .
ZAKS " I "LiZzli-TIA, A'.
.
"A Novi Mat'aad c' Tai:3~2i- 'he ?at Level In I'lilk" 1). 931, (ZA SOCIA L - ` - 7CKE
- I - L,
ZEIIEMSTV-7, Vol# 21 no. 8. At.Lruat 1952., Praha, Czechoalov--Ma) .
SO: Monthly List of E~~st Europoan Accessions, LC, Vol. 2, 110. 11, No-v. 1-0,53, U-nol.

ZAKSO 14. F., Prof., YEGOROVA, A.A., NYUKANEII, L.A., OLENEV, YU.M.
Milking
Heat action on the ludder as a means of increasing fat content of milk. Sov. zootekh.
7 no. 9, 1952.
Monthl-v List of Russian Accessions, Library of Congress, November, 1952. Unclassified.

RUMANIA / Farm Animals. Cattle.
Abs Jour : Ref Zhur Biologiyaq No 2, 1959, No. 7370
Author : Zaks, M-
Inst : Not givan
Title : Regulating the Elimination of Milk Fat
Orig Pub : An. Rom.-Sov. Ser. Agric.-zootehn., 1957, 11,
No 4, 91-107
Abstract : No abstract given
Card 1/1
53

D'YACIIYOV, B.A., kand.tekhn.nauk; ZAKS, M.I., inzh.-, 11YVEIN, A.L,, inzh.
Universal rectifier for welding apparatur with a wide ranEe oft i&l-
tage and current regulation. Vest. elektrogrom. 31 n0-10:36-41
0 160. (MiRi" 1r-1)
(Electric current rectifiers)
(Electric welding--Equipment and supplies)

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'09 inew on itumenim in pure water completed their Incta- 00
morpboib within 8 days; than left In thiourets soln. re-
17 too
maimmecl imuntare. Growth retardation was very pro-
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thyromim soln.) im added to the nbedium after I he
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ZAKS, M.G.
Experimental renal pathology and evolution of renal function.
Zhur. evol. biokhim. i fiziol. I no.1:52-58 Ja-F 165.
(MIRA 1E:6)
1. Laboratoriya razvitiya vydelitelinoy funktsii Instituta
evolyutsionnoy fiziologii i biokhimli im. I.M. Sechenova AN
SSSR, Leningrad.

ZAKSO M.G.
27674. ZAKS.. M.G. I GEOILISXIY, N.L. Vliyanis tiomochevirq
na vynoslivostl K kinlorodnosu golodaniyu lichiwk I
mallim losapya I forolie trudy laboratorii o4'-nov
rybovodstma, to Up 1%99 so 182-94* Bibliogr. 16 nasv.
301 tAimwa Letopiss Vol. is 1955

A rS, M
BARTSHMKOY. I.A; ZAKS, M.G; PAVLOV,Ys.7.
Effect of the maternal organism on the color of the progeny in
rabbits following transplantation of ovaries. Izv.Akad.nauk
SSSR Ser.biol.,Moskya no.6:77-96 Mov-Dec 50. Mn 2o:4)
1. PlWatological JustitUts imenj J,P. Pavlov of the Academy of
Sciences USSR, Laboratory of the Physiology of Farm Animals.

no --
&oblems al MWO M.
swaki %I" remIx"'ll Piet. (Advoners in Mmicro
, ) .4). 14 w Wo~. A irt ivo with many relmomv,
t I
G. M. Ktml,kl..a

ZAIS~ I.I.G. with Ginetzinskiy Itina, and Cokolova.
Lab of Neuramuscular ftsiology., Physiology Inst im. I.P.Pavlov, Aced Sci U,4737R
Functional characteristics of somatic muscle fibers grown outside of the body.
Sos Fiziologicheskiy Zhurnal Vol 36,, No 1, 1950

ZAFS, '1. 0.
I'lleuroregulation of 'Notor Function of the Breast; Storage and &,itput of (j-;P. 4232-30)
by Baryshnikov, I. A., Zaks, 14. ., Zotikova, 1. 11., Levitskaya, E. S., Pavlov, G.
Pavlov, E. F., and Tsaklmev, u. A.
SO: Journal of General Biolo (Zhurnal ebshchei Biologii) Vol. 12, 1'~o.6, (Hov-Dec) 1951.

GTRSPL VC 1 5
band Pavlov. E:.E*. (1.11. P.Mov ln~litutc of Phy,kulogy. U-S-S-14-
Acodriviv W Scirm v%. ~aliurafury of 11hymiulogy col Farm Ampvw.ak). Effect of the illatcell.-I ,r-
ganispis on the coloring of the fur of the offspring of (ci;mIc r4.hlnt* %ith trmimplAmcd
77-116
AmAdOwll ItaUk, S.S.S.Ii.,
if, id

ZAKS4 ;.I. C). I zawnl'- H. A. -
Thioureas
Effect of thiourea on oxygen metabolism in salmon and
sturgeion larvae. Dokl. An SSSR 8h No. 5, 1952.
Mont!& List of Russian Accessions., Librax7 of Congress,
October, 1952. UNCIASSIF11M.

"I'. C',
ci
the fat-funmin"

zAKS, M.G.
,
Reflexive regulation of the tenus of the udder and its internal preaffure.
Trudy Inst.fiziol. 430-50 155. MRA 9:4)
l.Laboratoriya fizielogil. sallakekhosyastvannykh zhivotnvkh. ZaveduyushchY
I.A.Baryahnikov.
(Udder) (Conditioned response)

BORSUX, V.11.; ZAKS, M.G.
Distribution of fat and casein in successive samples from a single
Silking of cows. Trudy Inst.fiziol. 4:81-92 '55. (MLR& 9:4)
i.Laboratoriya fiziologii sel'skokhozy%ystvennjykh zhivotnykh. Zave-
duyushchiy I.A.Baryahnikov.
(Milk-Analysis and examination) (Casein) (Pat)

BORSUK, Y.N.; ZAXS, M.G.
~-WkO`
Characteristics of the production of butterfat In cows with varying
degrees of fate in milk. Trudy Inst.fixiel. 4:93-102 155. (HLRA 9:4)
l.Laboraterlya fiziologii sallskokhozyaystyannykh zhivotnykh Zavoduyushchir
I.A.Baryahnikov.
(Lactation)

ZLKS. M.O.; OLMNOV. Yu.M.-. MAKEY3VA, I.?.
-
Now dataon the regulation of milk secretion. Zhur.ob,biol. 17 no-5:
355-363 3-0 15060 (KIAA 9:12)
1. Inatitut biologil Whrelo-Finskogo fjjj&ja Akedsmil nauk SSSR.
(IACTATION) (RIWT

Z&O. M.G. (Inningrad)
'I.,
Regulation of the seorotion of milk fat. Usp.sayr.biol. 42 no*Z:
202-214 s-o o56. (MIRA 9:n)
(IACTATION)

OLFXOV, Tu.M.; ZAKS, M.G.
-
On the role of conditioned-reflax stimuli in milk excretion by cove.
Dokl.AN SSSR 108 no.4:754-756 -Te 156. (HUA 9:9)
1.1natitut bioloeii Karelo-Finakogo filiala Akademii na SSSR.
Predatavlana akademikom L.A.Orbeli.
(CONDITIONED RESPONSI) (LACTATION)

ZAKS, Haksim Guj&q%kqji-,GI11STST11SKIY, A.G., otvetatvenayy red.; BIANKI, V.L..
--~"re M~d-va; FEVUER. R.S., tekhn.red.
[Physiology of the motor apparatus of the mammary gland in farm
animals; accumulation and secretion of milic] Fiziologii dvigatell-
nogo apparata molochn6i zhelezy sellskokhotiatetvennykn zhivotafth;
nakopleale i vyvedenie moloka. Moskva, I2d-vo Akad. uauk SSSR.
1958. 184 p0 (MIRA 11:3)
pectation)

GMTSINSM, A.G., prof,,, ZAIM, Me, doktor med.nauk (Leningrad)
I
lianqym. Zdoravle 4 no;12sg-n D 158 (NDIA 11: 22)
1. Chlew-korreapondent ANN SSSR (for Gluetainskly)
(KMWS)

GEMSINSKIY, A.G., VASILIYZVA, V.F., ZAKS, M.G., SOXOLOVI, M.M., SOO, V,A-
Method for determizin changes in elasticity of the female breast.'
Akush. i gin. 34 no0*5.-104-106 S-0 158 NEU 11: 10)
1. Is Instituta akasherstva i ginekologii (dir. - chlea-korrespondent
ANN SSSR P.Ae Beloshapko) ANN SSSR I rnstitut evolyutsionno7 fiziologii
imeni IsKe Bechenova (dir. - akad. L*A* Orbeli) AN SSSRO-
(BPYAAST, pbysiol.
capacity furot., method of determo (Rug))

AUTHORS: Ginetsinskiy, A. G.j Zakey M. G., 30'00-.120-1-60/63
Titova, L. K.
TITLE: The Mechanism of Action of the Antidiuretic Hormone
(Mekhanizm deystviya antidiuretichesk-ogo gormona)
PERIODICALi Doklady Akadomii Nauk SSSR, 1958, Vol- 120t r4r 1,
pp. 216-216 (TISSR)
ABSTRACT: In the investigation of the hyaluronidase activity of
urine the authors became convinced (reference 1) that
the process of facultative water re-absorption is based on
the increase of the permeability of the intercellular
intermediate strata which cement the epithelium of the
small distal canals. The authors suppose that the effect
of the antidiuretic hormone (ADH) which stimulates the
re-absorption is connected with the secretion of a ferment
by the nephritic cells, which depolymerizes the hyaluronio
acid. This latter forms a constituent of the intercellular
cement. This supposition which assumes the structural
Card 1/ 4 change of the kidney muco-polysaccharides could be proved

The Mechanism of Action of the Antidiuretic Hormone :30V/20-120-1-Co/63
directly In a histochemical ray. For the test white rats
were used. The animals of one group were killed at the
climax of the diurecis which was caused by water load,
those of the other group aftor a 48 hour withdrawal of
water or after an injection of Pituitrin-P. guickly exeised
kidneys were inve3tigated histochemically.
photographo of the fixed and dyod preparations are shown
in the figures I - 3. The authors lay down the following
facts as proved: 1. ADH stimulates the cells of the
collecting duct (sobiratellnyye trubki) which begins to
secrete according to an apocrine type, with -the secretion
showing the ferment hyaluronidase. 2. The secreting
fermeni causes very quickly a depolymerizing affect on the
hyaluronia complexes which form a constituent of the
intercellular cement and of the basement membrane of the
small canals. This effect renders those structures
permeable to water which separate the lumens of the small
canals from the interstitial tissue. The hypotonic contents
of the small tubes follows the osmotic gradient, and as a
consequence of that is re-absorbed facultatively. 3. The
Card 2,4 water entering the interstices is removed by an extensive

The Mechanism of Action Of the Antidiuretic Hormone 50,1/20-120-1-60/63
network of opening lymphatic capillary vessels. 4. All
these processes are localized in the most external distal
nephritic section in the collecting ducts which also form
the main point of facultative water ro-absorption. The
naming of this section should be changed aa the term
"collecting duct" does in no way correspond to the iimportance
of the very active processes taking place in it. There are
3 figures and 6 references, 2 of which are Soviet.
ASSOCIATION: Institut evolyutsionnoy fiziologii im. 1. 9. Sechenova
Akademi:L nauk SSSR (Institute of svolutionary Physiology
imeni 1. Mi Secheno
'~, AS USSR)
PRES&ZITED: January 31v 1958, by L. A. orbeli, Member, Academy of
8ciences, USSR
SUBTUITTED: January 29, 1958
Card 3/4

The Mechani= of Action of the Antidiuretic Hormone SOV/20-120-1-60/63
1. Hormones--Physiological effects 2. Kidneyi3--Physiology
3. Kidneys--Performance 4. Rats--Physiology
Card 4/4

7AKS, M.G.; TITOVA, L.K.
HIStologIcal and histochemica-I changes in the kidney of rats
under conditions of hydration and antidiuresis. Arldloanat.
gist. I embr. 37 no,7:19-28 Jl '59. (MM 12:10)
1. laboratoriya evolyntaii vydelitellrqkh protsessov (Zav. -
rof.A.G.Ginstainakly) i laboratorii evolyntsionnoy morfologii
zav. - prof.Ya.A.Vinnikov) Instituta evolyutsionnoy fizziologii
T
im. I.M.Sechenova All SSSR. Adres avtorov: Leningrad P-121.
Prosp.lWaina, d.32. In-t evOlyUtB!Lonnoy fiziologii im. I.M.
Sechenova.
(VASOMSSIN, pharmacology)
(KIDNEY, physiology)

ZAKSt H.G.J SOKOIDVAq M.M.
potassium in the adaptation of lugwozu tinews t;o bypotonic
media. TSitologila 2 no.4:44&453 J3,--Ag 160. (MIRA 33 :9)
1. Laboratoriya evolyuksii vydelitellrqkh L e9kretorrqkh
protsessav Institute, evolyutsionnoy fiziologii AN SSSR, Leningrad.
(POTASSIUM CHLORIDE-PHYSIOIDGICAL EFFECT) (POLYCHAETA)

ZAKS~ M.G.; SOKOLOVAp M.M.
Mechanisms of adaptation to changes in the salinity of water in the
nockeye valwn (oncorhynchus -,Prka (Walb.,)). Vop.Ucht. I no,2:333-
346 161, (KrRA 14:6)
1, Iaboratoriya evolyutsii vydelitellnykh protsessov Instituta
evolyutuionnoy fiziologii imni, I.M.Sechenova AN SSSR.
(Facific ocean-Salmon) (Salinity) (Adaptation (Biology))
.jr

ZAKS9 M.G.; SOKOLUVAq M.M.
Ontogenic and species characteristics of the glandula nasalis in
certain sea birds. Flziol. zhur. 47 no.;jIO8-114 Ja 161,
(MIRA 140)
1. From the Sochenov Institute of Dvolutional Physiologyp U.S.S.Ro
Academy of Sciences, Leningrad. -
(SEA BIRDS) (G1&=)

i
ZUS, M. G. I I
The "weepu of sea reptiles and blrds. Priroda 50 no.8:104-106 Ag 161.
(MIRA 14:7)
1. Institut evolyutsionnoy fiziologii im. I.M. Sechenova All SSSR
(Lerlingrad). (Sea birds) (Reptiles) (Glands)

ZAKS 1-1 G - SOKOILVA ) 11.1111.
Establishing differences between individ4al schoolu of the
sockeye salmon (Oncorhynchus nerkd Wah:Lb,) by tho.precipitatlon
reactions Dokl. All SSSR 139 no.6:1491-1494 Ag 161,
(MIM 34:8)
1. In3titut evolutsiomoy fiziologii ix~. I.M.- Sechenova
0 SSSR, Predstavleno akademikom V,N. Chernigovskim.
(SOVIET PAR EAS!t:E~~)Q
(ANTIGENS AND ANTIM M)

MYL. !,,'.G.,- SOKOLOVAY I.I.V.
im-maological serological distinctions between individual red sal=on
stoexa. Vop. 1kht. 1 110-4-707-ril5 161. (IIIMA 14.1.2)
1. Institut evolyutsionnov fiziologii imeni I.M.Sechenava
All SSSR, Iaboratoriva vyde!-Jtellnv~~- nrotusessov, Leningrad.
DYSMIV. RlM(KAMCIW.'L,,KP.'?--aTMN)
ROM DIACjIWjS)
W

ZAKS, M.G.; I.A.
Study of the lactation reflex in women Irf reanB of an
elastometric method. Biul. eksp. biol. i med. 52 no.7:20-33
il 61. (MIRA 15--3)
1. Iz laboratoriieve'yuts2l vydelitellnykh protsetj3ov
(zaveduyushchiy - cl'I-M-korraspondent AMN SUR A.G. Ginetsinskiy)
Instituta evolyutsiomoy fiziologii imeni LIM. Sochenova
(direktor - chlen-korrespondent AN SSSR Ye.M. Krops) AN SSSR,
Leningrad, i Instituta akunherstva i ginokologii (direktor -
chlor,korroopondont AM SSSR [P.A. Boloshapkoj (docoasod))
AMN SSSR, Leningrad. Predstavlena akademikom V.N. ChernigovalUm.
(UCTATION)

1.
GIj;E,fSjjTSKjy, CNich (18c/5-1962); Z111:3
: .11 . Zd -tIVA L . V
_Va
OtV. _ '. ; GAL-1 ~IZTY
tekhn. rea.
(Phy,dological viechnnismo of water and -alt balance] 11"i-
ziologichoolde vudno~;olevogo raviiove.Aia. 10-
,-,I,va,, Iv.(I-vo ldi S--S,,, 106-~. 426 p. (1-UltA 16:12)
(ISAIN II; TEE BODY) (W.A.M~ III TIT. Buy)

ZAKS, Maksim Gugovich
- v--,
(The YA=ary*glazd,,, neural and homonal regulation of its
development and function] Molochnaia zheleza; nervnaia i
gormonallnaia reguliatsiia ee razvitiia i funktsii. Mo-
skva, Izd-vo "Nauka," 1964. 275 p. 041RA 17:4)