SCIENTIFIC ABSTRACT VAKS, YE.YA. - VAKSMAN, A.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001858410020-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ACC NRt Apo037090
tions of the self bonsistent rield method, is developed. 7he damping of the exclta-
tions is determined with the aid of this method. it is found that verl closC-1 t0 '~~,4L'
critical frequency the damping is comparable to the frequency, so that the concept of
Ivibrations loses its meaning. 7he critical vibrations are thus described in tl-.e en-
tire region of their existence in the self-consistent field approximation. The appli-
cability of the results to real ayetems is discussed, and an extension to first'-order
transitions is considered. Orig. art. has; 3 figures and 55 formulas.
SUB CODE: 20/ SUBM DATZ: 22.Tun66/ ORIG REF: 0191 OTH MF: 004
Card 2/2

S/194/61/000/012/"041/0017
D256/D303
AUTHOR: _Yak3, Ye. Ya._
TITLE: Investigating wire converter transducers for thread
tension measurements
PERIODICAL: Referativnyy zhurnall Avtomatika i radioelektronika,
no. 12, 19619 26, abstract 12V221 (Nauchno-issled'.tr.
Tsentr. n.-i. in-t sherst. prom-sti, 1959, no. 14,
137-151)
TEXT: A transducer was devised for measuring the tension of
threads and comprising an elastic element with two wire converters
fastened to the opposite surfaces of the element. In order to at-
tain indications free of distortions the self-frequency of the
transducer should exceed 5 to 10 times the highest frequency of the
indicated process, but on the other hand the sensitivity of a
transducer is inversely proportional to the square of the self-fre-
quency. A discussion is given of the elements optimum size, confi-
guration and the materials used in terms of calculations and expe-
Card 1/2

3/19 61/000/012/041/097
Investigating wire converter oo. D256YD303
rimental data, and it was found that best dynamic properties have
elements made of "electron" magnesium alloy shaped as equal re-
sistance triangles of double T cross-section rods. The calculations
showed that it should be possible to devise a transducer measuring
system 237 times more sensitive than the usual ones. The possible
5-onstruction variants are given together with recommendations con-
cerning the used materials for various transducer self-frequencies.
There are 13 figures and 10 references. ~_Abstractorls note: Com-
plete translation.-7
Card 2/2

VAKS Ye.E., inzh.; P*nimali uchastiye; ALESHIN, P.A., kand. tekhn. nauk;
BELYAYEV, U.N., inzh.
Development and Investigation of the thread regulator.
Nauch.-isel. trudy TSNIIShersti no.16:54-58 161. (MIRA 16:11)

- -
VAKSS Ye.E., inzh.
~--, f,--
Analypis of errors in the measurement of the thread tension
and aome ways to reduce them. Nauch.-isol.trudy TSKIShersti.
no.16:58-72 161. (14MA 16:11)

AUTHOR: Vaksberg, A., Candidate of Juridical Sciences 4-58-6-25/37
TITLEt Criminals ' TI Be Found (Prestupnik budet nayden)
PERIODICAL: Znaniye - sila, 1958, Nr 6, PP 38-42 (USSR)
ABSTRACT: The article contains some examples illustrating the technical
skill and professional intelligence of the Soviet criminal
police. There are 4 drawings.
1. Police--USSR
Card 1/1

VAKSBFIRG. Arkadly. kand,yu.rid.nauk
- 7z,:. - .
arknean.se Zdorov's 5 no-3t28-29
Those who crAwl out of the d (MIM 1213)
Mr 159. (sects) 11
I

VAKSBERG, Arkadiy
I learned to love this co-untr.1f. Znan. sila 38 no.9.,-14-17 S 163.
(?aU 16 ; 12)

VAMBERG,, Arkadii
On the threshold of a big discovery. Nauka i tekh mladezh 16
no.7/8i64-68 JI-Ag 164

VAKSBERG, Ark.
-,
Controversy on a celestial newccmer. Nauka I tek-h mIlIdeth
16 no.11:7-10 164.

'Xl`mf~iting the Shvartzman phenomenon b7 arethane anesthesia.
Nedych.zhur. 21 no.6:109-112 151. (MIRA 11:1)
1. Z kafedri. patologichnoi fiziologii (zav. - prof. R.A.Dimehital)
Chelyabinslkogo medichnogo institutu (direktor - prof. G.D.Obraztsov)
(HNKMHAGIS) (METHANS)

VhKS13F R&, G--M .
~,
"Methods of Desensitizing an Orilrardsi-, to IiY7-erergic (3c',-.wkrtzmann
- Z,. - -,
Phenomenon)." Cand Ned -'ci, -o~otov .11edical inst, Molotov, 1;153. (R-*.-I`io~
No 7, Apr 55)
1-- S
SO: Sum. No. 70", 2 Nov 55 - _"urvcy of Lcientific and Technical Dissertat rn
Defended at USISR Higher Educatiznal Institutions

IV
Tho rgle of tiucoqtc~ in thn oticla of oteriii'Lic Q
Iva v4symem. 0. IM, VaLsbeq Pod 1. Kalmykava
~
CMr~.;bN�RY.-A4fti'Pc4,.. 17, 2, 70
1955).-A study was made of the funrJ;,)nzJ stfiwll,~11011 t-Y
leucocytes, i4 tbt., pnxtss of phaVcyto-i~ cf
Z 7-ythroc)-tes, of the pruteclytic enzymes 4,4 eyudawt z:ld f)!
blood pla=%, The modi6cd-varcin iflqqeLtion mi:L!;*,i cl
Orois ra3 used W de( prGteol5lacac'sh'ity 0 ~~:,A
0.01-0,0,2~,& .011.),
of P!mma, Cm-hi X,
PI)VI, by PIT 4.7 nmiate Wiley; such th'.
Undfamed caseln, but nbt the pro-cins of :&i-na w
exadates. The pvjt~olytlc cm),tue activity (,f ,,1,.,,n,a ~jv!
ctudatce 19 con5membly caL=ced dmrim4 Vit, pr,~,t
P11090CYtosis of hetcramotis erythfocyte5 in vr,,i. ~,r
the inarj4t in Oic no, of living liucocy,:,
-lieginning s(agis of In. %-O.~Ih ',)I-
lcumcytti rewin uvm,;A functional
propcrlic-. tht r;rjteclj.!!c activity Of V:c 1.1112fi,
ruPWd, cluri-ag late Itag!5 rif injLammmtiu~ the ri~~
by frc~,ziog nr othe:
RY Of UIC IWIII-ItM' It ig V.6ndIMM EhUt IU '40-
tlwlytir 33rtivity of exudatel i-1 dut to (11 : 6t,,,11111 d! ;;t",
of try on I lh~ Nml.~ ~ i,v
Y of hVim; ritay, 13. S~ 1. ,i%
c.
J

VMBER09 G.M.
Role of vascular receptors in the formation of innune antibodies.
Zhur. mikrobiol. epid I imun. 31 no.6:115-116 Je 160. (MIRA 1M)
1. Iz Chelyabinskoro neditainskogo instituta.
(ANTIGENS-XID ARNBODIES) (RECEPTORS (1TtUPOLWf))-

VAMiDERG, G.M., kand. msd. nauk (Chelyabinsk)
Effet of acute harorrhage, on the D,!nctiLonal activity of the
thyro-~,
~d gland. Probi. endok. i gorm. 9 no.6:38-41 N-D 163.
(MIRA 17:11)
Iz kafedry patofdziologlt (zeri. - prof. R.A. Dymshit's)
Chelyabinskogo meditsinskogo instituta (dlr. - dotsent P.M.
Tarasov).

VAKS!a5.aA.,~.-
Protective role of in erperi~enta2 txan-lu= nie,iurit-s In
- I
rate. Pat.fiziol.i eksp.terap. 9 r,0.4:27-31 JI-19 165. kI.MrI?.A 18:911
P . 1~1
1. -Kafedra patologicheskoy fiziologli (zav. - prof. R.A,Dymshits)
Chelyabirinkogo ineditsimkogn instituLa.

t 0
T'rocal SY2
NO.
r Of
sojj;'~--ons and foMlatiO anal.
Solid
CS Of and
Chrom-at ?
1953. Unclassified-
Accessionst Library of congress,
9. MRjh1X List Rf Russian 1;.~-

VAY-'!E,L', _
The Second Kamehateka Expedition of Vitusa-
Bering, Laningrad-Moscow, 1940.

Three Dimensional Vector of an Ana Lical FMctLQgjV
ARWM Vektordrelbein einer analydichen
Funkh-on. -Gra-sn-W Mat.-Fiz. Astr. Dru�tvo Mat. Fiz.-
if Irvatske Ser. If - 12 (1957). 171-180. (Serbo-Croatian F
summary)
Let T=I(Z) be an analytic function and z be a point
where 1'(z)--AO. We can determine uniquely the linear
transformation (aZ+b)l(cZ+d) such that
~Z+b =0((Z-Z)2)
/W- +d
Cz
dnd ad-bc=l. The author regards it as an analogue of
the tangent of a real curve y=l(x).
In this way the author introduces counterparts of
flementary geometric quantities, such as circles of
curvature, are length, etc., for analytic functions.
K. Oikawa (Los Angeles, Calif.)

I
'I
.1 1 1 -
~- --p
~", i ~, '4
- ~- AMM - -*im 11914
m !
i C2,

YUGOSLAVIA/Nuclear Physics - PenQtr_-tioi-, of Charged Neutral C
Particles Through Matter.
Abs Jour Rof Zhur Fizika, No 2, 1960, 3o66
Author Vaksclj, M., Bozic, IT.
Inst
Title Energy-Angle Distribution of Brensstrahlung Spectrum
Orig Pub Ropts "J. Stefan" Inst., 1958, 5, 9-11
Abstract The differential cross section of bremsstrahlitig, after
Bethe and Heitler, was integrated over the electro:-. re-
coil angles in order to obtain the energy-angle distri-
bution of the bremastrahluag gamim quanta. For this
purpose, the fiald of the atom is represented tn a foria
which is an analytical approxination of the Hartree-Fock
method, which gives a better agreeme-.-,t thail the ThoLins.-
Ferai model, particularly at small values of the f=c-
tion q.
Card 1/1

\/AK,-3 9- LIM (ka
AID P - 2422
Subject USSR/Electricity
Card 1/1 Pub. 26 - 21/33
Author Vaksellman, 0. 0.
Title Answer to T. P. Musatov's article "On grounding wire
of a 110-kv two-circuit transmission line"
Periodical Blek sta 5. 53-54$ My 1955
Abstract The author refers to the article published in the No 4j
1954 issue of this journal on the erection of the second
parallel 110-kv transmission line without grounding wires.
In the critic's opinion these lines should be equipped
with grounding for several reasons discussed in the
article.
Institution: None
Submitted : No date

VA r\ s E N 6 u i~ V CI n-
)~, PHASE I BOOK EXPLOITATION 1185
Poluprovodnikovyye pribory i ikh primeneniye; sbornik statey, vyp.
II (semiconductor Devices and Their Uses; Collection of
Articles, no. 2) Moscow, Izd-vo "Sovetskoye radio," 1957. 398 P.
No. of copies printed not given.
Ed. (title page): Fedotov, Yakov Andreyevich; Ed. (inside book):
Ivanushko, N.D.; Teche Ed.: Sveshnikov, A.A.
PURPOSE: This book is addressed to physicists and electronics
engineers interested in semiconductor devices and their applica-
tionsin electronics.
COVERAGE: This is a collection of articles on semiconductor devices
and their applications. There is an insert containing a circuit
diagram of the measuring instrument deicribed in the article on
P. 331. No personalities are mentioned. There are 84 references,
of which 33 are Soviet (including 3 translations), I Swiss, 6
German, 42 English, and 2 French.
Card 1/5

Semiconductor Devices and Their Uses (Cont.) 1185
TABLE OF CONTENTS:
Shmartsev, Yu.V. Producing Germanium for Semiconductor Devices 3
Artyukhova, O.A., Ijaksenburg, V.Ya., Petrov, L.A., Saltykova, Ye.3.,
and Samokhvalov, e~ '~;~e of Germanium P-n-P Junction
Transistors 46
Kasenetskiy, Yu.A. Equivalent Circuits of Transistors 78
Kozlov, V.A. Obtaining a Family of Volt-Ampere Characteristics
for Transistors on an Oscillograph Screen 142
Petrov, L.A., and Syttyy, G.F. Variations in the Parameters of
P-a-P Alloy-type Germanium Transistors as a Function of the
Material and Quiescent Point 149
Card 2/5

Semiconductor Devices and Their Uses (Cont.) 1185
Petrov, L.A., and Sytyy, G.F. Effect of Resistivity of Germanium
on the Temperature Dependence of Parameters of Jxinction Tran~-
sistors 161
Borisov, A.I. Ambient Temperature Dependence of Static Volt-
Ampere Characteristics of Junction Transistors 169
Popov, I.A. Transient Processes in Junction Transistors During
Application of Step Voltages 187
Zakharov, V.N. Methods of Determining Maximum Power Amplifica-
tion Frequency and Maximum Generated Frequency of Transistors 205
Sherov-Ignatyev, G.P. Selecting Conditions of Power Supply for
Type SlD Transistors Used for Amplification of Small Signals 223
Voroblyeva) Ye.F. Input Impedance of a Point-contact Transistor
HF Amplifier With Grounded Base And Detuned Output Circuit 242
Card 3/5

Semiconductor Devices and Their Uses (Cont.) 1185
Garyainov, S.A., and Pripolovy E.Ya. Investigation of a Point-
contact Transistor Video Amplifier 263
Kobzev, V.V., and Berestnev, P.D. Problem of Designing High-
frequency Self-excited Oscillators Equipped With Junction
Transistors 288
Tarasov, V.L., and Shevyrtalov, Yu.B. Investigation of Tran-
sistor Detectors 298
Konev, Yu.I., Phase-sensitive Transistor Amplifiers 317
Kopylovskiy, B.D., and Sytyy, G. F. Measurement of Modulus
and Phase of Current Amplification Factor in Transistors
at High Frequency 331
Gallperin, Ye.I., Gordonovy A.Yu., and Fomchenkov, V.M. Design
of Point-contact Transistor Trigger Circuits Ensuring Inter-
changeability 34o
Card 4/5

Semiconductor Devices and Their Uses (Cont.) 1185
Zalkind, A.B., Matyukhin, N.Ya., and Rosnitskiy, O.V. Current
Pulse Switching With Transistors 353
Valitov, R.A., Aleksandrov, A.I., and Akulov, I.I. Transistoriz-
ed Measuring Instruments 366
Selivanov, S.A., and Selivanov, A.S. Transistorized Radiomega-
phone 377
Valitov, R.A., and Simonov, Yu.L. Frequency Stabilization of
Transistorized Oscillators With the Aid of Ticon[trade name]
ind Varicond[barium titanate] Capacitors 383
Voinov, B.S. Miniature Wide--band Tank Circuit 386
AVAXLABLE: Library of Congress
JP/mfd
2-12-59
Card 5/5

ARTYUKHOVA, O.A.; VAKSENBURG, V.Ya.; PZTROV, L.A.; SALTYKOVA, Ye.S.;
SAMOKHVALOV, X.M. - -
Nev types of germanium p-n-p junction triodes. Poluprov. prib. I
ikh prim. no*2:46-77 157. (MIRA 11:6)
(Transistors)

V, A
PKAM I BOOK EXPLOITATION sov/4677
Polu
,provodaikovM pribM t ikh primenenlye; sbornik statey.. vyp- 5
(Semiconductor Devices and Their Application; Collection of Articles, No- 5)
Moscow, Izd-vo "Sovetskoye radio, 111960. 270 p. No. of copies printed not
given.
Ed.(Title page): Ya. A. Fedotov; Ed. (Inside book): I. M. Volkova; Tech. Ed.:
A. A. Sveshnikov; Editorial Board: YeL. A. F---dotov (Besp. Ed.), N. A. Barkanov,
I. G. Bergellson, A. M. Broyde, Ye. I. Gallperin (Deeputy Hesp. Ed.),, Yu. A.
Kamenetskiy, Yu. I. Kionev, A. V.-Krasilov, A. A. Mxlikovskiy, 1. F. Nikolay-
evskiy, and I. P. Stepanenko.
PURPOSE: This collection of articles is intended for specialists working in the
field of semiconductor devices.
COVEFAM: The articles discuss basic transistor parameters, methods of measuring
them,, and some problems in the use of transigtor circuit diagrams. Two of the
articles describe the use of semiconductor diodes for parametric amplification.
No personalities are mentioned. References accompany 11 of the 12 articles.
TAME OF CONTEWS:

Semiconductor Devices and Their Application (Con't) 807/4677
PeAsov, S. V.., Faxametric Amplifiers with Semiconductor Diodes 3
Aronov.. V.L.., Nonlinear Capacitance of a fiendconductor Diode as a
Component of a Parametric Amplifier 41
M. A. FashItevich.. 'and Yu. S. Tikhodeyev. High-Frequency
Drift Transistor With Stepped-Up Breakdown Voltage on the Emitter 61
gamokhvalov, M. M.,and Yu. S. Tikhodeyev. Temperature Dependence of
Some Fregixency Parameters in Drift Transistors 83
Shestakov, 1. A. (deceased) Calculation of Maximum Permissible Pulse
Power. for Semiconductor Devices in Their Work Under Pulse Overload
Conditions 93
potryasayp V..F.p A. S. FVzhov, and V. Ya. Sutyagin.' Transistor Noise 107
KWWnetskiy, Yu.A.,, and A. P. Shibanov. Measurement of Transistor
Parameters Within the Ultrashortwave Pangs 159

S/194/61/000/006/039/077
el-30 D201/D302
AUTHORS: Vaksenburg, V.Ya., Pashkevich, M.A. and Tikhodeyev,
TITLE: A high frequency drift transistor with increased
breakdoNRi emitter voltage
PERIODMALL: Referativnyy zhurnal. Avtomatika i radioclektronika,
no. 6, 1961, 15, abstract 6 D91 (V sb,, Poluprovodnih,
pribory i ikh primeneniye, no. 5, M., Sov. radio,
1960, 61-82)
TEXT: Problems are considered of the design of a germanium tran-
sistor for frequencies > 100 mc/s, analogous to types F401-7403
(P401-P403), but differing by a larger value of permissible voltage
at the emitter-base junction. (5-10 V as compared with 1-2 V for
P401-P403). Analytical relations are derived from the strict theory
of drift junction transistors; these relations permit the evaluation
of the optimal diffusion process for obtaining a junction transistor
Card 1/2

S/194/61/000/006/039/077
A high frequency drift transistor._ D201/D302
with the required parameters, The calculated values are in good
agreement with experimental data. The problems arc considered in
choosing the emitter all Md in determining ways of obtaining
lower base resistance. ?Abstracter's note. Complete translatiol-12 4
Card 2/2

L 3~�3-1-::~() _~',VT U. 7' 1ljl,~C) JD/'CL)_2
04/6-
0 i41 ZO h CF4 4
ACC NRt APRRC2886 SOURCE CODE: UR/0286 6
AUTHOR: Vakeenburg, V. Ya..
ORG: norAe
TITLE: Electrode alloy for alloy-diffused triodes. Class 21,
no.'176985
.SOURCE: Byulletent Izobretenly I tovarnykh znakov, no.24, 1965, 114
TOPIC TAGS: triode tube, germanium base alloy, electrode, solubility,
distribution coefficient, alloy
ABSTRACT; The electrode alloy for alloy-diffused kr'iodes, the
germanium base alloy of an emitter for example, simultaneously
containing acceptor and donor impurities, Is characterized by the
fact that an acceptor impurity whose maximal solubility exc"eeds that
of the donor solubility In solid germanium is injected into it In
such quantities that the produc-t of the coefficient of acceptor
impurity distribution in germanium per acceptor impurity coneentra-
tion In electrode alloy exceeds the maximal solubility of the donor
impurity in germanium. This is done in order to prevent the formationj
of parasitic p-n junctions in the emitter region. The alloy, is
characterized by the fact that an acceptor impurity whose maximal
Card

L 396-'37-66
Ai6c)Q2
solubility is equal or lower than the solubility of the donor
In solid germanium Is injected Into it in such quantities that the
product of the coefficient of acceptor impurity distribution pQv
acceptor impurity concentration in the alloy is not smaller than ItS
maximal solubility in solid germanium, and a donor impurity is
injected into it in such quantities that the product of the coeffl-
cient of donor distribution per donor concentration in the electrode
alloy does not exceed the maximal solubility of the,acceptor Impurity
in sold ggermanium.-A
SUB CODE: 09,11/ 'SUBM DATE: 20Jan64
Card

j:ACC NR1-AR6032145
'�-dii~-&i,:-666L-.-Oi~/0-1'69~/6-6/000/006/8016/BO16
;AUTHOR: Bekryayev, V. I.; Vaksenburg, Z. B.; Mushenko, P. M.
TITLE: Air-pollution study in the region of the Baltic GRES (State Regional Power
Plant)
SOURCE: Ref. zh. Geofizika, Abs. 6BI26
REF SOURCE: Sb. rabot Tallinsk. gidrometeorol. observ., vyp. 3, 1965, 47-49
TOPIC TAGS; atmospheric admixture, sulfur dioxide, air pollution r/>? 0ON E R-1 C'
ee)A,) -MM"A'n7.'.0A)I%5r_"'L#C010_ ('OMPOCJA)D
ABSTRACT: Some theoretical schemes for computing the expansion of atmospheric
impurities are analyzed on the basis of observation data of the contents of sulphur
dioxide and dust in the atmosphere.
SUB CODE: 04/ SUBM DATE: none/
Card 1

VAKSER, B.D., inzh. (Leningrad); GUREVICII, Z.M., inzh. (Leningrad)
Prebreakdown phenomenon in the insulation of high-volta e electric
machinery. F-lektrichestvo no-9:70-73 S '61. FYURA 1,1-1-9)
(Electric machinery) (Electric insulators and insulation)

VA,
SHEYDER, Yij.!-ty Grigor*,vevinh, kandidat te~hnie-heakiith dotment; vfiKSKR
D.'3 redaktor; T-APlANSKlY, Te.F., r.
,,;;Z"&L - - ILI, V
radal~tf-,:-.
(Cold -,f nz.-..ei3ion. narts by pressure] !:.I- -1%oln obrabotka
tocarekli tU.-rql!j rila-rianiam. 14ozkva, Goo.nRuchn.--',-.!-hi-.. izd-To mashine-
st-mit. lft-ry, ~956. 19u P. e): 5)
%--t-l-:--Cold working)

'~ [~ ~< .5 E I?- / -1). d3-.
MALICIN, Boris Molseyevich; VAKSER, D.B., dotsent, retsenzent; LOMACHENKOV,
S.Ye., inzh., red.; LEUIRA, GiLi, red.; SOKOLOVA, L.V., tekhn.red.
[Jig grinding machines and attachments] Stanki i prisposoblenlia
dlia kaordinatnogo shlifovaniia. Moskva, Gos.nauchno-tekhn.izd-vo
manhinostroit. lit-ry, 1957. 241 p. (MIRA 11:1)
(Grinding machines)

L)
ANSUOV. Mikhail Alekseyevich-,,U", LB doteent, red.; CUAS, M.A., red.;
POLISKAYA, R.G., tekhn.red.
[Attachments for lathes] Prisposobleniia dlia tokarnykh stankov.
Izd.2-oe, dop.i perer. Moskva, Gos.nauchno-tekhn.izd-vo mashinostroit.
lit-r7, 1957. 124 p. (131bliotechka tokaria-novatora no.4)
(MiRA 11:1)
(Lathes--Attachments)

SMYDER, Yuriy Grigorlyevich. kand.tekhn.nauk;_.VAXM, D.B., dotsent,
redb; YMER, D.P., tekhn.red.
(Machine finishing of metals by plastic deformation; review]
Chistovaia. obrabotka metallov platichaskim deformirovaniem;
obzor. Leningrad, Leningr.dom nauchno-tekhn.prDpagandy, 1958
76 p. (MIRA 12:83
(Metals--Finishing)

VAKSER9 D. B.
ANSEROV, Mikhail Alaksaynvich; VELILUJOV. Karp Mironovich; OZEUCVICH,
Mikhail Israilevich; ANSEROV, M.A., kand.tekhn.nauk, dotsent,
red.; YALIPD B., dotsent, retsenzent; BORODULIIL&, I.A., red.
iza-va; POLISKAYA, R.G., tokbn.red.
[Increasing labor pro ductivity and lowering production costs in
lathework] Povyahanie proizvoditallnosti truda i anizhania
zatrat pri tokarnoi obrabotke. Pod. obahchei red. M.A. Anserova.
Moskva, Goa. nauchno-tekhn.izd-vo mashinostroit. lit-ry, 1958.
93 P. (Biblintechka tokaria-novatora. no.1) (MIRA 12:1)
(Labor prnductivity) (Turning)

IHOLZUNOV. Aleksandr Grigorlyevich; VAKSER, D.B., dotsent, retsenzent;
MIRIff, M.S., inzh.. red.; 1A-1~, ~.., red.izd-va; SPXWqrAT.A,
O.V., tekhn.red.
EPrinciples of the analysis of pneum tic drives] Osnovy raschata
pnevmaticheakikh privodov. Koskva, Goo.nauchno-tekhn.1zd-vo
mashinostroit,lit-r7# 1959p 161,p. I (MIRA 12:3)
(Maahinery--Pnqw~tic driving)

V -0.
SMMM, Turly Grigorlyevich, kand.tekhn.nauk; NIKITIN, Ta.Ne, inzh,o
retsenzent;.-VAX=,,P,~.,_,dotsent, red.; VARKMTSEATA, A.I,p
red.izd-va; FRUNKIN, P.S., takhn.rod.
(Cold press working of precision parts without use of dies]
Kholodnaia besshtampovaia obrabotka tochnykh detalei davleniem.
Izd.2.. parer. i dop. Moskva, Gos.nauchno-tekhn.Izd-vo mashino-
stroit.lit-ry, 1960. 309 P. (KIRA 13:3)
(Meet-metal work)

VA KS'E /~ D~ 8-
f ij~um -L 5"13918
Akademiya nauk SM. Maelteb masbin"den1ya. Xcudsaiya po tekbnologli
maskinostroyaniya
Osnovn3p7e voprozy vyaokoproizvoditellnogo sh1ifovaniya (Basic Problms in
High-PrOdUctivitY Grinding) MOCOW., X"bgizp 1960- 195 P. 3.-000
copies printed.
9d. (title pW): Te. N. Maslov., Doctor of Technical Sciences,, Professor-
Ed. (Inmide book): A. T. Popov., Engineer; Tisch, Zd, t V. D. 111kind;
Managing Ed. for Literature on Metalvorking and Instrument Construction
(Masbgiz): V* V. Rzhavinskly., Rngineer.
W=: This book is intended for technical personnel in metal grinding.
COMAM This collectir;n crf axtic2os deals vith problems of efficieut
grinding of metals., the theory of grinding, the mechanim of the cutting
action of graiusj, abdr. formation, and the effect of certain factors on
the produc-Urity of the grInding process. Emphasis is also given to -the
aut0imation of the grinding process. A nimber of articles deal vith the
grinding of c4irbides and titanium alloys. No personalities are mentioned.
Referene,es follow each article.
Card 1/6

Basic kzdblew (Coat.)
TABIR OF CMMM'.*S:
From the IdItar
3
Iksio-ir.9 Ye. N. [Doe~,ar of Teeh;Dlcall Sciences., Professor], Neebanism. of
the Oxb+,ing Actlcn of Abrasive Grains in Grinding 5
The d.~r,-.nssea arrangeuent, spacing,. dimensions, and geometry
of abrasive grains. Me theory of the process of chip formation and
the thickness of the 2Mer removed by a single grain are also discussed.
Popovp S. A. [Candidate of Technical Sciences]. Analysis of Types of Chip
Formstion 4-u Crmnecti-a With the Geometry of the Grinding-Wheel Surface 30
NIkol'skJ.y,, A. V. [Candidate of Techn-1-11 Sadences]. Effect of Various
Factors on Productivity in Cylindrical Grinding 59
The author describes a method for determining opti=M feeding rate.,
unit, 1pressure bet-teen vork and vheelp and the cutting depth of single
grains necessary for the maximum utilization of grinding vbeels. '
807/3918
Vakser D B. [Do-_-_n;,1. Effee. of -the Geometry of an Abrasive Grain on
Propertil of the (;ending Wheel 78
Card 2/6

Basic Prob1ms
SM15918
Me author diamaAaps tizv, ralatiowib-f-ps betwen the radli of curvature
and the Ang-las of peaks end va3lj--ys of abrasive graias, Grain forms
vere dxwm in tvo praIections by means of an RA-4 drawing apparatus
built in*-.o the system of an ordinary biological microscope. Magni-
fication of the mip-roscope vas adjusted to the grit size.
rwlye, G. B. [Professor]. The Theory of the Working Cycle in Cylindrical
Grinding es a Basis of High-Pr-~,-tivity Machin-I
The artiile 116 a study of the grinding operation and its regularities.
Ammg -.1,-ha topics dismssed are effect of processing factors on the
quality of grinding., changes in cutting action of a grinding vheel
over the wheel life and during operation,, and the effect of vheel vear
on profteUvIty.
Zhelem-rr, Ye. S. of M4gli-Prodactivity Grinding and Its
Automation
The deals vM tbb~e prin*iples of planning high-productivity
grinding and tte of a system of automation into grinding
operations. Both ffabjee4s are discussed in connection vith the re-
duevica of exhting t:~w-, the achievement of process stability., and the
Card 3/6
8T
109

Basic Probims (CC--'t. ) SOV/3918
Imqranmb-z&. of the Mislity of the Product.
Kondratlyev.. A. B. [Omdida-a of TI-?J3nU;a1 Saiennes., Docent]. Results
of luwstlgat:~an and Xxpe*-~-Lez.---c- of Tr-trodueftng High-Speed Grinding of
Meteas 121
The lnvealkldgat:~-on cfZ h:~gh-speed grinding vith porous grinding vheels
T
is Advaz:~,ages., vheel life, and surface roughness of this
type of grind-In wra- inc.Luded~ The author recommends the
accale-rated cowitram-tion of grinders and vheels for speeds of 80-90
M/sec,
Kedrov.. S. M. [Candidate of Tedihn-Acal.Sciences]. Results of an In-
veatigation ri-P Oear'--=Iesz Ge--di--Z Vit~h Wide Grinding Wheels 131
The mzthar d!-saasasej the posAibilities and advantages of intro-
ducing etnterleas grinding -wlth vide (8W-900 mm) vheels into mass
proftztion. The results of experimental operations with this type
of Aheel at the 3DPZ Plant are presented.
Saga.3.aTj. V. 1. (Candidat-i of 5zvLait--al Sc:Umces]. Characteristic
Featux-es e. ot
, Carbides
Such off the r,-Indlng of carbides as the use of
sillcat,s-b,mded vheela., t-:te fca-wtion of prffdered vaste instead of
Card 4/6

Basic Prob3mz
MI/ ~)918
chips, and the off lz:~4FaEI-je oxidati~"Ia discussed. The
relationships betwwia tearperature during grinding., preamwe betwen
vheel and vark., ape-.d,, and prodw%tivity are oatltned. T12e author
sWasts inewe-aBing prrAuctivity thrmigh higher spaeds and more In-
tensive oxidation.
Sillvestrov, V. D. [Candidate of Technical Sciences] characteristic
Features of the Grinding of Titanium Alloys 153
The we,!,-Lor 4-ndlowzas thau bazia cause of low productivity in the
grinding of titanitm alloys. He attributes lov productivity to the
chemical affinity of titanium alloys to the materials of the grinding
-wteel and the resulting excessive mear of the vheel. To increase
productivity 120-25 times].. he recoomends the use of special grinding
coolants. The ecqposl'.~irozs ej-P the coolants proposed are presented.
Bagdasaryat Zh. A. [Candidate of m-eabnictal Sciences]. Cutting Action
of Orindin-,g Wheels and [Min-bPwitteall Work in GtInd.1% 261
Me rekmlta of vork by the w--thor are presented. The
vork is based on a ex-VV of metal and abrasive vaste products in
grinding. The eMct of truiuR and dressing on vheel vear is de-
termined., and the -io~tfinlent f. is dArived. This coef f icient charac-
terizes the redue~-trr- e average grain dimensions in vaste as
Card 516

Basic Fr$Jlew )
sovI3918
CaMpand With graln dLm=Alrra&, An analysis of meaanical
vork (force X relatjl:7p- displwymeY,; of vcwk and vbeal surface) during
grinding is also
Chestnov,, A. L. [C~mcUdst-- :e TN-3~-haiwl Sciences]. PInjighl" Of
83.1ding Surfac~ta 171
The w,,hw d1serasarni the of the microffinishing process,,
a microfinishiDg fcjr a lidhe', and the effect of finishing
of a jou.-nal cm the ve&r r-f the Itashing.
Nftkbkamcr7,, R. G. Sow- P--.t~lamz of IMIPxible Grinding and Buffing With
Felt Wheel& 189
The sukhacc deesixrSbeo soi axp~t-~ Invastigation of f:Lexible
grinding vith felt vheels vith bonded abrasive povder. The compo-
sition of a paste for buffing is a3Ao, described (73% chromium
oxide,, 23% steariup and 4% oleic acid).
AVAIMBLE: Llhzary of Congreaz
Card 6/6
VK/*/ec
B-26-0

GLTAS5, Vyachoslav Danilovich; SHITOV,.G.I.,,inzh., retsonsent; KUDABOV,
G.I., kand.tekhn.neuk, red.; VAKWM, D.B., dotsent, red.;
LIMERA, T.L., red.izd-va; KONTOROVICH, A.I., tokhn.red.
[Scrow-thread grinding] Reslboahlifovenis. Pod obshchei red. G.P.
Nudaeova. Koskva, Goo.nauchno-tokhn.izd-vo mashinostroit.lit-ry,
1960. 62 p. (Bibliotachka shlifovshchika, no.7).
(Screw cutting) (MIRA 13:7)

KUTSTANKO, Vitt Io9ifovich; RATIaMSHTEYN, I.S., inzh., rateenzent;
doteent,
KLMAWT, G.Y., kand.takhn.nauk, red*; :!A
red.; LININA, T.L., red.izd--ya; KONTOROVICH, A.I., takhn.red.
[Centeriess grinding] Besteentrovoe shlifovanis. Pod obahchei
red. G.Y.Kudasova. Moskva, Gos.nauchno-tekhn.izd-vo mashino-
stroit.lit-ry, 1960. 78 p. (Bibliotechka shlifovshchlka~ no.4)
(MMA 13:11)
(Grinding and polishing)

...' -; ', f;z ~ ~~ , ~;
- - - MMUNNOW I I -'~ r 1-1
MALKIN, B.M.j KUDASOV, G.F.., kand. takhn. nauk# red.; VAKSM, D.B.J-
dots,, retsenzent; GLYW, V.D., inzh.p red.; TARKO7ff5-ikA,
A.I., red. izd-va; KONTOROVICH, A.1.j tekhn. red.
(Profile grinding] Profillnoe shlifovanie. Pod obsbehel red.
G.F.Kudaeova. Moskva, Mashgiz, 1960.- 116 p. (Bibliotechka
shlifovBhohika, no.6) (Grinding and polishing) (KIRA 34%12)~

AN&MOV, Mikhail Alakseyevioh, dotsent. kand.takhn.neuk; AZAROTq A.S.,
kand.tekhn.nauk, retsenzent;JAL53R,--D.B., doteent, red.;
CHPAS, M.A., red.icd-va; SHCHSTININA, L.Y., tek~n.red.
(Attacbx&ants for machine tools; design and construction]
Prisposobleniia dlia metallorezhushchikh stankov; ramobety
i konstruktaii. Koakwa. Goe.nauchno-tekhn.1zd-vo mashino-
sVroit.lit-ry, 1960. 623 P. (KIRA 14:2)
(Kochine tools-Attachmnts)

S/123/61/000/014/026/045
Aoo4/Alol
AUTHORt Vakser, D.B.
TIllrlzt Investigating the grinding process with the aid of high-speed mo-
tion picture photography
PERIODICAL: Referativnyy zhurnal. Mashinostroyeniye, no. 14, 1961, 71, abstract
14B488 ("Nauchno-tekhn. inform. byul. Leningr. politekhn. in-t",
1960, no. 2, 90 95)
The author gives an account of the results of investigating surface
grinding operations by the wheel periphery with the aid of high-speed motion pic-
ture photography. Grinding Is carried out at a wheel speed of,1.63 m1sec and
depth of out of 0.01 - 0.2 mm with wheels of different characteristics. Cinema-
-,tography made it possible to watch the wheel wear,.changes of its profile during
the grinding process, the breaking-loose of individual grains,renewal of the cut-
ting part of thm wheel as a result of new grains getting into action. The process
of chip-forming by individual abrasive grains during grinding and the grain wear
kocess were studied with the aid of motion picture photography. It was found
Card 1/2

S/123/61/boo/ol4,1026/b45,
Investigating the grinding process Aoo4/Aiol
that the chip-forming process can be broken down into 3 stages. During the
first stage an elastic deformation of the metal in the contact zone between
grain and part being machined takes place, during the second stage plastic
crumbling takes place, while during the third stage the deformed metal begins
to glide over the front edge of the abrasive grain and separates in chip form.
There are 5-figures.
I. Brozgol'
[Abstracter's note: Complete translation]
Card 2/2

VAUM, David Borisovich; KUDASOVq G.F.9 kand. tekbn. nauk, red.; LIVSHITS,
-B-.
,q and. , retsenzent; MIRKUy M.S.p inzb.1, red.; BO-
RODUIJNAv I.A. p red. izd-va; BIKOIZEVA9 LN tekbn. red.
(Internal grinding] Vnutrennee sh3ifovanie. Pod obshcbei red. G.F.
Kudasova. Moskva, Goo. nauchno-tekhn. izd-vo, mashinostroit. lit-ry,
1961. 64 p. (Bibliotechka shlifovabehikat no.3) WERA 14: 8)
(Grinding and polishing) I

VAKSMf D.B.9 dotsentq red.; SHILLING9 V.A. 9 red. izd-va; BELOGUROVA~ I.A.9
-- I--tekbn, red.
[Practice in makin and using diamond cutting tools] Opyt izgotovle-
niis, i primeneniia almazhogo instr=enta. LeningradI Leningr. Dom
nauchno-tekbn. propagandy, 1961. 67 p. (MIRA 14:7)
(Metal-cutting tools) ' (Diawnds, Industrial)

BELYAYEVI Georgly Sergeyevicb; TABACBNIKM,, Petr Isayevich; PODPORM,
V.G., doktor teldm, neukv retsmzent; ANSMV, H.A.j, k=d,
tekbn. nauk., red.; VAKSER., D.B., kand. tek** usuk., rods
KMPINAy GeNep re_cl_,vTz_Al-_-va; Cffkj, M.A., rode izd-va; SHCMININA,
L.V*-,?- tekba. red.
(Technological processes-it the manufacture of sbafts] Tokbaologiia
proizvodstva valov, MdskVa. Mashgizs 196L 250 P, (MIU 3-5:2)
(Shafting)

KULIKOV,, Vladimir Vasillyevich; VAKSER'D.B., red.; FREMO D.P.~
red. izd-va; BOLISHAKOV, V-.A...tekhn,--red.
(Mechanical processing of thermosetting plastics; verbatim
report of a lecture] Mekhanichookaia obrabotka temoreaktiv-
zWkh plasticheskikh mass; stenograma lektsii. Leningrad,
1962. 22 po (MIRA 150)
(Thermoplastics)

PISAREVSKIY, Moisey Isaakovich, kand. tekhn. nauk; SHNEYDER, Yu.G,,
kand. tekhn. nauk, retsenzent; , dots., red.;
VARKOVETSKAYAf A.I., red. zd-va; BARDINA, A.A., tekhn. red.
(Rolling precision t*eads and slots] Nakatyvanis tochnykh
rez1b i shlitsev. Moskva,, Mashgiz, 1963. 175 P.
(MIRA 16t7)
(Screw-thread rolling)

LIVSHITS, B.I., kand. tekhn. nauk; DRUZEINSKIY, I.A. , kand. tekhn.
nauk., retsenzent; J~ ~ER tekhn. nauk, red.;
CHFASJI M.A., red.izd-va; PMRSON, M.M., tekha. red.;
BARDINA, A.A., tekhn. red.
(Technologieni processes of the manufacture and assembly of
cam mechanisms) Tekhnologiia izgotovleniia i aborki kulach-
kovykh mekhanizmov. Moskva, Mashgiz, 1963.. 169 p.
(MIRA 16:10)
(Cams) (Metal cutting)

KGSHUROV, B.V., kand. tekhn. nauk; PAVLYUCHUK, A.I.; TAYTS, Ye.I.;
FEDOTOV, A.I.; VAKSER, D.B., red.; FREGER, D.P., red.izd-
va; BELOGUROVA, red.
(Use of diamond tools in the manufacture of machinery] Pri-
menenie a1maznQgo instrumenta v mashinostroenii; stenogramma
lektsii. Leningrad, Leningr. dom nauchno-tekhn. propagandy,
1963. 30 p. (MIRA 16:7)
(Diamonds, Industrial) (Metal cutting)

VOSTRGDOVSKIY, A.V.(deceased]; BRUK, S.I.; LIVSHITS, B.I.; KIRKIN,
M.S.; ROZENFELID, M.A.,- SIMIN, S.Kh.; TIZBNIK, Ya.L.;
GARBARUK) V.N., kand. tekhn.nauk,, ratsenzent; YAMER, D.B.,,
dote., red.;.VARKOVETSKAYA, A.I., red.izd-va; SHCHETININA,
L.V., takhn. red.
(Technology of the manufacture of knitting machines) Tekhno-
logila trikotazhnogo mashinostroeniia. tB~) A.V.Vostrodovskii
i dr. Moskva, Mashgiz, 1963. 266 p. (MIRA 16z8)
(Knitting machines)

t.OJ.n. nauk, ret..,:onzorit; MI Klt:,
F .71. i I I zh. red.
f,'-le,~-ns for increaning the efficiency of abi,a:;ive toc,23 in
ill-jildirlid Futt povysheniia proizvoditelln-AA abrrzjw(-,g,-,
instinlmr-nta pvi shlifrivanli. Mo-,kva, Pa--hiriostroc!Ylle,
64. 121 p. (MIRA 17:~,)

VAK~ A
v ii~', Z-6.
VAKSER, E.B.--OUse of an Inverted Arrangement of Vacuum Tubes for Electric Measuring
Purpose."(Dissertations For Degrees In Science AnJ Engineering At US~-:R,
Higher Edacati-)nal Institutions). (34). Min higher Ed-acation USSI.,
Belorussian Polytechnic Inst Ameni I.V. 3talin, Minsk, 1955.
SO: Krdzhnava Letopis', No. 34, 1955 (August 20)
* For the Delaree of Doctor of Technir--:Ll Scien-es

VkfPEA,,E:~q;ar_Bprisovjch; KUZIMICHENKO, G.A., red.; KISLYAKOVA,
M.N'., tek~n'.' red.
(Electronic d.c. voltmeters) Elektronnye volltmetry postoian-
nogo toka. Minsk, Izd-vo M-va vysshego, srednego spetsiallno-
go i professionallnogo obrazovaniia BSSR, 1963. 193 p.
(MItRA 16: 10)
(Voltmeter)

VAKSER I I ; STUBAYLO, G.D.; CHISTOVA, V.A.; KRTUCHKOV, G.R.,
:L_~"~ots., nauchnyy red.; KUNTSEVICH, S., otv. sa vypusk;
STERZHANOVj P., tekhn, red.
[Public health in the White Russian S.S.R. for forty years
(1919-1958); an index to the literature] Zdravookhrananie
Belurueskoi SSR za sorok let, 1919-1958; ukazatell litera-
tury. Minsk, 1961. 500 p. (MIRA 16:7)
1. Minsk. Re8publikanskaya
meditsinskaya biblioteka.
(WHITE RUSSIA-PUBLIC
(BIBLIOGRAPHY-WHITE
gosudarstvannaya nauchnaya
HEALTH-BIBLIOGRAPHY)
RUSSIA-PUBLIC HEALTH)

W-SR/Electricity - Faults, Location of Oct 51
Pulse Method
"The Pulse Method for Determining Faults in
Cables," A. Ya. Usikov, Cand Phys Math Sci,
I. Xh. Vakser, Engr, Physicotech Inst, Acad Sci
Ukrainian SSR
"Elaktrichestvo" No 10, pp 20-24
Describes a pulse instrument for detg the fault
point in power cables. The instrument is effec-
tive over a distance of about 500 M, with an
error of 4-5 m. Tabulates results obtained by
the XharIkov Streetcar and Trolley Bus Adm in
20IT38
UM/Blectricity - Faults, Location of Oct 51
(Contd)
using the instr=ent to find faults in SB-1,000
cables, States that amplification of the re-
flected signals would permit detn of nonuniform-
ities in cables, particularly in hf coaxial
cables. Submitted 17 Jan 51.
20IT38

30330
S/185/61/006/005/006/019
A S49 D274/D303
919 J? 2 -1.
AUTHORS: Usikov, O.Ya., Hermant V.L.t and Vakderg I.Kh.
ing of millimeter
TITLE: Study of absorption and scatter
waves by precipitations. 19 11
PERIODICAL: Ukrayinalkyy fizychnyy zhurnalp v. 6, no. 5. 1961,
618 - 640
TEXT: Experimentalresults are given on the attenuation of milli-
meter (8.15 to 2.7) radioviaves by rain, as well as basic theoreti-
cal results concerning absorption and scattering of such waves by
precipitations. In the theoretical investigation, one has to pro-
ceed from a rigorous solution of the pertinent electrodynamical
equations, taking into account the dispersion of the complex di-
electric constant of water in the millimeter range. If the values
for the absorption and the effective scattering cross-section for
the individual particles are known, as well as the distribution
function (of drop-size), then the total absorption and scattering
can be found for precipitations with particles of similar or dis-
Card 1/7

30330
8/185/61/006/005/006/019
Study of absorption and scattering ... D274/D303
similar size. The change in wave-intensity as a function of dis-
tance, due to absorption and scattering by precipitations, is ex-
pressed by -xTNjQn(IDi. 1)
I
where Ni - the number of particles with diameter Di per unit volu-
mep - the effective cross-section of attenuation. The attenua-
tion due to rain, expressed in decibels per kilometer, is
Y.0,434,EN,(-' )Q"[D,(").
i ex,
The experimental investigation proceeded from Eq. (1). As inaccura-
te determination of Ni may be a chief source of errors, special
attention was given to the structure and distribution of rain
drops. The method adopted, ensured greater accuracy of mL~asurements
over a short track. The field studies were carried out (in 1951-
1952) in the neighborhood of Batum, a region with very frequent
Card 2/7

30330
811851611006100510061019
Study of absorption and scattering D274/D303
precipitations (and of varying intensity). Experimental data on
thfI drop-9jLze distribution were obtained by the well-known method
of fixation by means of filter paper. A comparison of samples
showed ihat the size-distribution differs greatly and thereforep
the attenuation cannot be uniquely determined from the intensity
of the waves. At the same time, data were collected on the die-
tribution of particles according to N needed for a comparison of
theoretical and experimental values. I figure shows the experimen-
tal setup used for attenuation measurements* A klystron was used
as a generator. High-frequency elements - waveguides, wave-detec-
tors, etc.f were developed to meet the requirement of detecting
slight signal-variations. The setup could be used in two ways for
detecting wave-attenuation: Either by measuring the signal after
it traversed the track ontep or after a double passage. The se-
cond method involves the reflection of the signal and i% more re-
liable, in particular with light rain. An absorption track of 50-
100 m was used; hencet the sensitivity of the setup had to be very
high (so as to measure vaftations of the order of a hundredth part
of a decibel). Such a degree of sensitivity was obtained by compen-
Card 3/7

u130
S/185/61/606/005/006/019
Stidy of absorption and scattering ... D274/D303
sation of the measured signals. A figure shows a diagram of a bri-
dge circuit with two detectors which work by the method of the re-
flected signal. The rain intensity was measured by means of rain-
drop meters. The prj~ncipal measuring device was a waveguide atten-
uator, used for checking the sensitivity and for graduating 4he
indicator scale of the bridge circuit. About 2000 measurements of
attenuation were taken. The above setup was used for a wavelength
8.15 mm- For the other wavelengthap the set
* was slightly
modified. Thusp in the case of /L = 6,8 mmv a magnetron was used as
a generator. Figures show plots of absorption versus rain-intensi-
ty for the various wavelengths. The theoretical investigation of
attenuationp due to atmospherical inhomogeneities, is considerably
simplified if the size of the particles is considerably smaller
than the wavelen th i.eo DIA,