SCIENTIFIC ABSTRACT VASHKOV, V.I. - VASHUKOV, I.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001858720013-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

VASHKOVI V. I.
Session of the directing presidium of the 1. 1. Mechrikov All-
Union Society of Epidemiologists., Microbiologists, and Infectious
Disease Specialists. Zhur. mikrobiol.p epid. i immun. 32 no.8:
152-156 Ag 161. (MIRA 15:7)
(EPIDEMIOLOGICAL SOCIETIM)

VASAKOV, V.I.-,--
Goncerning the history of the preparation of live tularemia vacci.,,e.
Zhur. mikrobiol., epid. i i=mn. 32 no;9$156-157 S 161. (MIRA 15:2)
(TULAIYZ,'IA)

VASHKOVP V.I.
Some data on the work of the sarAtar7 and antlepidemic services in ti-,e
Chinese People's Repdblid, Zhur.mikrobiol., epid.i i==. 32
no.12:24-29 D 161. (MIRA 15:11)
(CHINA-COMMUNICABLE D IS EAS FS -PREVENTION)

VASSHKOV V.I.; ISTUMENA, T.I.; FOGODDIA, L.N.; poL,_PZIIAyFV, V.G.,
O.P.; FOZ12J, Z.S., red.; PETROVA, N.K., tekhn. red.
[Flandbook on disinfection, disinfestation and deratization]
Spravochnik po dezinfektsii, 6ezin--ektsii i deratizatsii.
1',ozkva, Medgiz., 1962. 166 p. (MIRPa5-.10)
(INSECTS, INJUIHIOUS AND BEVEFICIAL-CONTROL)
(DISINFECTION AND DISINFECTANIS) (RODENT CONTROL)

VASIIKOV,-Y4oiliy-.-Ignatt,vevich;, SINAIMR, Yovgoniya Vasil'yoma;
BDOYPNINSON, Ye.S., red.; ZLTYEVA, N.K.,, tekhn. red.
[Chlorophos (dipterox); insecticidal properties and uses]
Khlorofos; Insektitsidnye svoistva i primenenie. Moskvap
Medgiz, 1962. 181 p. (MIaA 15:4)
(Insecticides) (Phoaphonic zcid)

BUGROVAp V.I., kand. med. nauk; VITTOGlUMOVA, I.N., kand.biol. naulk;
DIYAKOV, S.I.,, kand. =,ed. nauk; Z11DANOV., V.M.., prof.;
ZIREOV-VEREZOIKOV, N.N., prof.; M- 1,TSOVAp O.M., I-and.
med. nauk; IWISMIETSUY~ A.A., prof.; KALIHA, G.P., prof.;
KAUIZNp D.R.p kand. med. nauk; KOVALEVA, A.I.j doktor mod.
nauk; KRASILINIKOV, N.A., prof.; KUDLAY, D.G., doktor biol.
nauk; LEBEDEVA, 1-I.N., prof.; PERETS, L.G., prof. [deceased];
PEKHOVI A.P.p doktor biol. nauk; PLANEL"YES, Kh.Kb., prof.;
POGIAZOVA, M.N., kand. biol, nauk; PROZOROV A Aq ;TllIT5KlYj
; SWUNA-VAGRA,
A.A.p prof.; FEDOROVp I.V., prof. [deceasedl a
V.I., kand.biol. nauk; VYGODCHIKOV, G.V.., prof., zanestitell
otv. red.; ADO, A.D., prof., red.; BAROYAN, O.A., prof., red.;
BILIBIN, A.F., prof., red.; BCLTJYREV, T.Ye., prof., red.;
VASHKOV V.L.. doktor med. nauk, red.; VYAZOV, O.Ye., doktor
m . nauk, re .; GAUZE, G.F., prof., red.; GOSTEV, V.S., prof.,
red:; GORIZOliTOV, P.D., prof., red.; GRIVRAUM, F.T., prof.,
red (deceased]; GROMASIEVSKIY, L.V., prof., red.; YELKIN, I.I.,
prof.j red.; ZASUKHIN, L.N., doktor biol. nauk, red.;
ZDRODOVSKIY, P.F., prof., red.; KAFICHNIKOV, M.M., kand. med.
nauk, red.; KIEMPARSKAYA, N.N., prof., red.; KOSYAKOV, P.N.,
prof., red.; LOZOVSKHA, Ye.S., kand. med. nauk, red.;
MAYSKIY, :N., prof., red.; MUROKITSEV, S.N., prof., red.
Ideceasedl, (Continued on next card)

BUGROVA, V.I.--(continued) Card 2.
NIKITIN, M.7a., red.; VIKOLAYEVA, T.A., red.; PAVLOVSKIY, Ye.F1.,
akademik, red.; PAITTUKHOV, A.P., kand. mad. nauk, red.;
PETRISHCHEVA, P.A., prof., red.; POIGZOVSMA, 1H.P., prof.,
red.; POPOV, I.S., kand. med..nauk, red.; ROGOZIN, I.I., prof.
red.; RUIFNEV, G.P., prof., red.; SERGIYEV, P.G., prof., red.;
MADIN) K.I.9 ukad.j red.; SOKOUN, H.I., prof. red,;
SOLOVIYEV,.V.D., prof., rQd.; TRIBULEV, ID.P., dotsent, red,;
CHWAKOV, M.P., prof.p red.; SHATROV, I.T., prof., red.;
TIMAKOV, V.D., prof.., red.toma; TROITSM, V.L... prof... red.
toma; PBTROVA, N.K., tekhn.red.;
Lyfultivolume manual on the microbiology, clinical aspects,
and epidemiology of infectious diseases I-.nogotomnoe rukovod-
stvo po mila-obiologii klinike i epider1ologii infektsionr,7kh
boleznei. Otv. red. N.Ii.Zhukov-Verczhnikcrv. Nloskva, Hiedgiz.
Vol.l. (General microbiology] Cbshchaia mikrobiologiia. Otv.
red. N.N.Zhukov-Verozhnikov. 1962. 730 P. (MIRA 15:4)
1. Deystvitellnyy chlen Akademii meditsinskikh nauk SSSA (for
Zhdanov, Zhukov-Verezhnikov, Vygodchikov, Bilibin, Vashkov,
Gromashevskiy) Zdrodovskiy, Rudnevj Sergiyev, Chumakov,
Timakov, Troitskiy). (Continued on next card)

BUGROVA, V.I.-(continued) Card 3.
2. Chlen-korrespondent Akademii nauk SWR (for Imshenetskiy,
Krasillnikov). 3. Chlen-korrespondent Akademli meditsinskikh
nauk SSSR (for Planellyes, Baroyan, Boldyrev, Gorizontov,
Petrishcheva, Rogozin). 4. Deystvitellnyy chlen Vsesoyuznoy
akademii sel'L:cokhozyaystvennykh nauk im. V.I.Lenina (for
Muromtsev).
(MICROBIOLOGY)
k-

VASHKOV, V.I.
Briof nenm. Zhur, mikrobiol.;, opid. i hmm 3" no.1:154-155
ja 162. - - 15:3)
(CCMNICABLE DI6t;JUES)

VASHKOV) V.I.
Brief news.
Zhur. mikrobiol.p epid. i irmin. 33 no.3:155-257 Yx 162.
(MIRA 15:4)
(MIGROBIOLOGY-CONOMSES) (COMUNICABLE DISEASISS-CONGRESSES)

VASHKOV, V.I.; LEBEDEV, K.A.; GRFMIAUS, G.I.; BLAGOVESHCHENSKAYA.. G.S.
Brief news. Zhur. mikrobiol., epid. i Jmnln. 33 no.7:354-
158 JI '62, (MIRA 17~30

VASHKOV V.I.; SHNAYDER, Ye.V.; BRIKMAN, L.I.; ZAKOLODKINA, V.I.; CHUBKOVA,
A.I.; ALIMBARASHVILI, TS.N.; BABAYANTS, G.A.; BERIANIDZE, I.Sh.;
ZAKHAROV, P.V.; ISAAKYAN, A.G.; LEVIYEV, P.Ya.; MARTINSON, M.E.;
MRACHKOVSKIY, S.K.; NAYDICH, N.L.; NESTERVODSKAYA, Ye.M.; RAZMANOVA,
Ye.M.; SAVINA, K.V.; SERGEYEVA, A.Ye.; SOKOLOVA, M.Ye.; FOMICHEVA,
V.S.; CHERNYSHOVA, V.A.; SHUMILOVA, T.V.
Sensitivity to DDT of houseflies in various climatic zones of the
USSR. Zhur.mikrobiol., epid.i immun. 33 no.8:20-24 Ag 162.
(MIRA 15:10)
1. Iz TSentrallnogo nauchno-issledovatel'skogo dezinfektsionnogo
instituta.
(FLIES-EXTERMINATION) (DDT)

VASHKOV, V.I., prof.; FAVWVSKAYA; L.G.
Control of epider-rophytosis Ln an industrial enterprire. Venat.
dem.i von. 35 no.5.,50-54 162. Wlh~ 15-5)
1. Iz TSentral'nogo nauchno--iseledovatellskogo dezinfektsionnogo
instituta (dir. -- prof. V.1. VaslAov).
(DMIATOMYCOSIS) (ODUSTRIAL HYGIRIE)

VASHKOV. V.I.
The organization and principal trPnd3 of peat-control in USSR.
Jo- hyg. epidem. 7 no.1:74,-Sl 163.
1. Central Scientific-Research Institute of Disinfection, Ministry
of Health of USSR, Moscow.
(INSECT CONTROL) (INSECTICIDES)

VASHKOV, V.I.; CHiSTOVICH, G.N.; ZAVADOV6KlY, A.I.
Bripfjift~. Zhur, mlkxoL-iol., epid. i irriza-un. 40 110.3'153-
15~ Nr 163. (MIRA 17-, 2*)

VASHKOV,-,..V.I.; SMAYDER, Ye.V.; ZAKOLODKMA, V.I.; BRIKW, L.T.; CHUMOVA, A.I.
ALIMEARASHVILI, TS.H.9 BABAYMITS, G.A.;BMANIM, 1. Sh.;
ZAKHAROV., P.V.; ISiAiiAi,, A.G.; LEVIYE70 P. Ya.; MARTINSON, M.E.;
MRACHKOVSKIT, S.K.; NAYDICHp N.L,; NESTERVODSKAYA, Ye.M.;
RAZHANOVA, Ye.M.; SAVINA, X.V.; SERG=A., A.V.; SOKOLOVA, M.Ye.;
MICHEVA, V.S.; CHFMYSHEVA, V.A.; SHUMILOVA., T.V.
Sensitivity of houseflies to chlorophos prior to its use.
Zh. mikrobiol. 40 no.783-:7 J1163 (MIRA 17t1)

VASHKOVY V.I.
Current atatus of the control of qrthmpodi of
Zhur.mik-robiol.,epid.I- irmiun. 40 no.12:3-8 D 163. (MILRA 17:32)
1. Iz TSentrallnopo nauchno-isoledovatellskogo de7,infektsionnop,,o
instituta. Ministerstva zdravookhranoniya SSSR.

AUTHOR: VasILL-mv, V. I. (prof e!-. jcjj; ' - I
P
24040
2 4
A
Card 7/11 See Card 8/11 for Caption.

Experimental Livestigation of Nonlinear -(7.1,)6
Phenomena in Ferrites at SHF SO VII cj~~-- ~5 - 1 -9/'2(-)
See Card 7//il for Fig. 5.
Fig. 5. Relationship between the position of pealks
and limits of the additional absorption region, and
the amplitude of the SHF magnetic field In the
resonator at various sample ositions in the resonator:
a, b c); Mn-ferrite, 47rM= U00 gauss; D := 1.113 mm;
ULJ LL) upper and lower limits of the region of
~
additional absorption; (P) absorption peaks; (R)
resonance of homogeneous precession.

EKperimenLal Inveotljratlon floril 'Ln,--ar
Phenomena in Fei,rltes at SIIF
7'T -1
FIG. Relationship between thveihold values of
ma.gnetle field amplitudes at varlouts points of' the
resonator (a, b, c) and the shape of the sample.
Card 9/11

Experimental Investigation of Nonlinear 771%
Phenomena in Fervites at SHF SOV/10~-5-1 - ';,,/2~;
Here., the curves are plotted Cor opherolds of rev(.-lu-
tion characterized by CL- b/a, a and b being the
spheroid axes. All curves have a min1mum at Cf. ~ 11;
1. e., for a sphere. F-_.cperlments conducted with
spheres of C-5-1.8 mrri diameter have shown only a
slight Influ!nce of' the size of the iample on h th
Tne author arrives at the following conclusionsi
(1) The experimentally determined values of the
magnetic field amplitude h , at which the resonance
C, cr
line begins to w1den, agree with the calculated valuea
for very small samples only (spheres of 0.5-mm diarneter).
The values of h cr decrease as the diameters increase.
(2) The values oC the thre.,jcld arriplitudes hth, at which
the additional absorption appears, agree with the calcu-
C-1
lated value~i. (3) The values of' 11 th depend ~jtrongly
on the shape of the Sample arid on the ,aturation
magnetization of' Uie ferrite. These values are dif-
Card 1041 ferent for various sarriple positions In the resonatoi~.

Expui-linctital Investigation 0t' rlonlinr~ar 7 71 -J 6
Phenomena in Ferrites at SIIF SO V/1 0'--~ - - '20
1 _)-1-9/
The help o1.' A. A. and B. M. Mikhallov 1"'
acknowled!~.e-d. The j)'LIWI' II'Ll",
I'Irst appendix the computat.lon of 1hre.;holrI 11,vel.; I:;
'
(-.Y-
explained; 111 ~he ;ocond and thlrd
prc-,,.;1on.i ave dc-i-lv(.-([ Cor tht! I'lehl ampl-I-Livir-
In thc- -iliorL-cir-culted vntv(,juId(-- mid 1ri I 'hf,
re o pe c t, I ve ly . Tnere arc,- 8 rlt~iires; 3 table.;; and
references, It Soviet, and 5 U.S. The U.S. reference.,~
are -. R. W. B-1mon, Relaxation Ef'fect:; in the Ferro-
ma,(,,,, ne t; I c Re --, o t ia n c e , R,.~ v . rib) (I . Pi i I ~.') ( ~~ -)I- r) 'I;
': ~) -) 't -- -) s 4- 3 -
N. BloemberGen, S. Wait,,,, Relaxation Erfects la Para-
and F( I , '(2;
-,rroma,,Pn(A1c R. soriance, PhY3. Rev., lYf,' , 93
If. Suhl, The Nonlinear 13,2havJour of Ieerrlte:; at IfIgh
Microwave Signal Levels, Proc. I.R.E. , 1956, 44, io,
1270; If. Suhl, The Theory of FerromagnetIc Resonace at
High Signal Levels, Phy.; . Chem. Solids, 1957, 1, 2,
209; L. Walker, Magnetostatic Modes in Ferromao-netic
Resonance, Phys. Rev., 1957, 105
390.
,
SUBMITTED: June 13, 1959
Card 11/11

S1 141/63/006/001/oo8/ol8
ElWE13.5
AUTHOR: Vashkovsk*Y--k-V-----
!TITLE.- The influence of electric oscillations on the
regeneration of magnetic oscillations ofa gyrotropic
sample
,PERIODICAL: Izvestiya vysshikh uchobnykh zavedeniy, Radiofizika,
v.6, no.1, 1963, 85-94
~TEXT.: The influence of electric oscillations in ferrite on
:the magnetic oscillations, under the influence of a pumping field
:is taken into account by a method of'successive approximations.
:,Two special cases of regeneration of magnetostatic oscillations
staking into account the influence of electric oscillations are
~considered: regeneration of magnetostatic oscillations of the
~type 2,0,1 with pumping field parallel to the bias field, and
,types 2.0,1 and 2,-1,0 with pumping field polarised in a plane
to the bias field. A corrected value for the pumping
:field threshold necessary for complete compensation of losses is
,obtained. An equivalent circuit for the oscillations in a gyro-
'tropic spheroid is given by Fig.2. rhe proper magnetostatic
Card 1/3
r -

s/l4l/63/oo6/ool/oo8/ol8
-The influence of electric ... EAO/E135
:oscillations of the spheroid are given by the coupled circuits I
:and II, the electric oscillations at frequencies far off from
those of I and II are given in circuits III, IV, which
Introduce additional losses. The total contribution from
dielectric losses is small; of the order of 10 - 20ra. Due to the
~nondiagonal components of the magnetic permeability vector, the
:threshold pumping field can be found to be higher or lower than in
pthe more approximate solution.
.There. are 2 figures.
'ASSOCIATION: Institut ragiotekhniki i elektroniki AN SSSR
ARadio Engineering and Electronics institute,
AS USSR)
SUBIMITTED: July 9, 1962
Card 2/3
~z

~ , -i : : T, - '. - - - p I : . * , I . . . I . - I i
,7-. 1 . .
. 11 1

ACCESSION NR: AP4048~66
CWPic~ode 2j--
n S
9
lite =ini.-tba-
~q du
--Theradi-ation- at the Eio mod e- enrc-ceds by more than o ne order of mag-
nitude that of the Hr, mode. Gqner~4t i on is possiMe ir a nar-ou,
f orrnu I as .
ASSOCIATION: Institut radiotekhnill--..'L Ielektr7)riik), AN c;S.'-,R (Institute
c) ?nd ~;', ecL rc)n i r-5 AN S S -5 i~
S UBM.1 f TED: 04Dec63 0
SUB CODE: EC, &%I NR REF SOV: 003 OTHER: 003
Card 2/2
a
j

R

A-MY'soloff )m- Ap5oo6o?8
r-lon. in m-oae v kT-mree Puauxo-Le a-
ar"! tvc a-y--re- i s i lj f f otropt Aependen,e

L 221�8---66 WP(k)/EWT(1)/T GO/JXT(C2)
ACC NR: AP6002856 SOURCE CODE: UR/0286/65/000/024/0005/0005
AUTHOR: Monosov, A. Ya.; Vashkovstilzz- ~;'V-
ORG: none
TITLE: /Interaction of electromag'netic and ultrasonic waves7
,SOURCE: Byulleten' izobreteniy i tovarnykh znakov, no. 24, 1965, 5
TOPIC TAGS: ouperhigh frequency, magnetic field, ultrasonic vibration, ultrasonic
field, ferrite, electromagnetic wave
ABSTRACT: This Author Certificate announces a previously unknown phenomenon of the
interaction between electromagnetic oscillations and ultrasonic vibrations (which
differ in frequency from the electromagnetic oscillations) in a magnetized ferrite.
The discoveries include: 1) under the action of an electromagnetic field on ferrite
there arise some electromagnetic oscillations and ultrasonic vibrations as well as
the parametric excitations; 2) with the action on ferrite of ultrasonic vibrations
and a ouperhigh frequency (frequency 20 electromagnetic field, lower than the
threshold of the parametric excitathn, there arise electromagnetic oscillations (of
Card 1/2

L 22188-66
ACC NRt AP6002856
,a frequency f) in the ferrite. /Publication of a discovery registered by the Com-
. mittee for the Affairs of InvenTions and Discoveries at the Council of Ministers,
'SSSR. No. 42 (Application No. 0T-2900 of 21 March 1963)7
~SUB CODE: 20/ SUBM DATE: 2lMar63
Card 2/2 not

Name: VASHKOVSKI, I.
Diesertationt Geology and soils of the Tertiary and Quaternary periods
of the Oba Valley (Voronova-Kolpashevo sector) and the
lower Tomi
Degree: Cand. Geol-Min.Sci
A
Moscow State U imeni. M. V. Lomonosov, Geological Faculty,
Chair of Soil Mechanics and Engineering Geology
n- lop I Place: 1956, Moscow
Source: Knizhnaya letopis', No 2, 1957

PERTSEV, Ye., mayor intendantskoy sluzhby; VASIIKOVSKIY,.V. 1. kapiltar
intendantakoy a2uzhby
How can potatoes and vegetables be preserved? Tyl i snab.
Sov. Voor. Sil 21 no.9.-66--67 S 161. (MRA 14:12)
(Vegetablds--Storage)

ACCESSION NR: APW414'38 S/Oi88/64/000/003/0058/0067
AUTHOR: Vashkoviyak, A. A.
TITLE: Almost circular artIfIclafearth satellite orbits
SOURCE: koscow. Universitet. Vestnik. SerlYa 3. Flzlka, astronornlys, no. 3i
1964, 58-67
TOPIC TAGS: celestial mechanict, artificial earth satell.ite, artificial satellite;
orbit, artificial satellite circular orbit, artificial satellite motion, artiff.
clal satellite orbital coordinate
ABSTRACT-. T615 Study 13 based.on the results of two earVlAr papers (Aksenov,
Grebenlkov and Demin, Iskusstvenny*ye sputniki Zemil, NO.' 8, lzd-vo AN SSSR, 1961,,
pp. 64-71; Aksenov, Kosmichesklye luchl, 2, No. 1, 1964); these earlier Investiga..
tions considered the theory*of the motion of an artificial satellite In the earth'i
normal field of attraction. The present author derives analytical expansions for
satellite coordInat63 with an accuracy to the fourth degree of quasi-accentrlclty
e* In these expansions, 'converging for all Intervals of time, all terms are re-
tal ed having the first and second degree relative to the earth's flattening, As
an 711ustr-ation the author cites numerical results ihowing that the derived formu-
cAsine convenient'%for practical cociputations. Particular attention Is given to

ACCESSION NR: AP041438
the Case where e = 0. Formulation 6f the problem Is followed by derivation of
expansions for the coordinates r, z and w, consideration of orbits with small In-
clinations, and specific examples. "The paper was written under the direction of
Ye. P. Aksenov,*to whom the author expresses his appreciation for valuable advice
and guidance." Orig.-'art. has: ,32 formulas and .2 figures.
ASSOCIATION: Kafedrd nebes'noy mekhaniki I gravimetril Moskovskogo universiteta
(Department of Celestial Mechanics and Gravimetry, Moscow University)
SUBMITTED: 25 un63
ENCL: 00
SUB CODE; SV NO REF.SOVt -004 OTHERz 001
A.
Card 2/2

1. ~'. .4.
2. us:,-.1 (6oo)
L. . Elder
?. of t!:e iiermin--tion of ri)d older seeds.
A,,;ro~iolo,~Jin no. 5, 1952
9. Monthly List of Russian Accessions, Library of Congress,J:-mr-zy -1953. Unclassified.

VASHKULAT, P. N., Cand Agr
vegetative of reproduction
-ways
amurense qupr.)." Kinell,
Higher Education USSR, Mos
copies (KL, 52-57, 109)
Sci -- (diss) "Study of i&
of Amur cork (Phellodendron
1957. 15 pp with graphs (Min of
Forestry Engineering Inst), 110
_ 85 -

I
*% USM/Forestry - Forest Cultures. K.
I
Abs Jour : Ref Zhur - Biol,.. No 4. 1958, 15399
in the first and 41% in the second generation.
The study was completed in 1953-1955 at the forestry
faculty of Kuybyshev Agricultural Institute.
The bibliography has 11 listings.
Card 2/2

U3SR/FuruF;trY K.
,',us Jour Rof V-lur - Biol., Ito 2.1, 1958, 95328
JOY6,hor vas;'kulat' P.111.
Inst
Title On the Possibilities of 1,Ltx�.,,j Ordicx Cork Tree Species
in A'iavr Cork Trou Pl_antinGs.
Ori.- Pub k:-.--vo, 1958; !R) 1, 711.
Abstract It is indicatcA tl~a' tLu cluc-eased -.)r~-ductivity -,f .1mur
cork tree in a surius of places il" tll-e ull-"'-~il"c
anOt Belorussi~~ can scaval-y be e:nplail-neO. by Vic mixture ii,
t'nel'i of Japanese cork a3 t'-L-raoi it were aii i-,irlcpc::de'lt
SPecies. Me, &.,ubtful-ness is :i,-tc-(l of ti-ic presence of
independe.r.t Milicso nncl Jalrinesc., species, and attc:ltion
is tunn&. to tl-.L- very bro-,O.. v;7triati--,:i of
Vic cz)rk tree, ifhich ~)oiats rit-!Wr to t:~~e -,)rosenco ii~ it
only of -. s,~rics 3f Lco_ra.-phical strains. Li acldit-io-n,
Card 1/2
- 14

VASMfLA.T, P. N.
-,Izg;~-S.I~w I
W'. Abnormal ties in the generative organs of Padua racemnea Gilib.
,Bot.zhur. 44 no.6:848-850 Js 159. (MULk 12:11)
1. Khabarovskiy pedagoqichoskiV inatitut.
(Chokecherry) (Abnormalities (Plants))
(Color of flowers)

VASHKUTAT, _,P. N.
Different regenerative capacity in rooto of ths3 same tre.
Bot.zhur. 44 w.11:1666-1673 N '59. (MIRA 13:4)
1. Khabarovsl-.iy pedagogichookiy institut.
(Regeneration (Botany)) (Ronte(Botany)) (Amur cork tree)

S/23 63/000/001/005/015
D251YD308
AUTHORS: Prokopchik., A. Yu. and Vaelikyalis, A. 1.
TITLE: Study of the properties of peroxycarbonates in solution
Problem of the "true existence" of peroxycarbonates,
-,and their redox potentials)
BOURCEi Akademiya nauk Litovekoy 38R. Trudy. Beriya B. no. 1,
1963, 61-71
TEXT: The.authors studied the redox potentials ia solutions of va-
:._rious peiroxycarbonates, in-view of the lack of definite data regard-
ing the difference between true peroxycarbonateo and peroxyhydbates
of ordinary carbonates. Platinum (amooth and plittinized) and batura-
ted calomel (reference) electrodes were used, wJ.th voltmeter A4-NZ
(A4-M2); the accuracy was -5154,. The compounds studied were K2-9206
prepared. in various ways, KHCO and K Co
4 2 3*3H2"2" It was found that
0
_~-at -10 C! the potential of the Pt electrode waa ';00 - 400 mv higher
in solutions of true paroxyearbonates (electrolytic, and those
Card 1/2

S/236/63/000/001/005/015
of the properties ... D251/DI-08
from CO2 and K 2021 peroxyhydrates, and aq.'alk. H202) than
in H 0 solutions, whilst no such difference was observed in so-
.1utign; of the carbonate peroxyhydratea (K 2COY 3H202) . The sub-
stances formed from H 0 and carbonates by salting out are thus re--
2 2
garded merely as addition compounds. Stability determinations showed
the peroxycarbonate solutions to be stable only at low temperatures..,
band high pH. There are 2 figures.
~ASSOCIATION: Institut khimii i khimicheskoy tekhnologii Akademii
nauk Litovskoy SSR (Institute of Chemistry and Che-
mical Technology of the AS Lithuanian SSR)
.'SUBMITTED: July 10, 1962
7-Card 2/2

'No 7 -1, J v A N 11 t
F-A

PROKOPCHIKI, A. Yu.[Prokopoikas, A.]; VASHRYALIS, A. Yu.(Vaokelis, A.]
On disintegration of calcium hypochlorits in a copper magnesium
catalyst. Liet ak darbal B no#2:145~-253 061. (EFAI 10:9)
1. Institut khimii i kbiyn4cheskoy tekbnologii Akademii nauk Litovskoy
SSR.
(Calcium 17pochlorite) (Co per) (Magnesium)
(Catalysts~

V.A. S I I K Y.-% 1, 13E
DO-
larograpil'c ~etr2rnina-~Ion cf
Jer, no.4:41-52
i. instuttlit i I:h Lial.chesk,)y tel,.1,nolop 1 i ll.!l to,,,LJ--oy

VASHUfAYEV, N.M.~. SHALMEV, P.B, SHALAYEV, N,B.
:~rcreas,:7. Lri the cnerational ~jf fans.
energ. 20 Ja '65.

SOV/51-6-2-32/39
and Teterina, N.A.
AUTHORSt Vashnan, A.A., Lipis, L,V.
TITLE,. A Very-High-Frequency Source for Excitation of Spectra in Gaseous
Mixtures ( Sverkhvysokochastotnyy istoclinile votbuthdaniya spektrov
smesey gazov)
PnIODICAL; Optiks, i Spektroakopiya, 1959, Vol 6, Nr 2, pp 260-262 (USSR)
ABSTMOTt The authors describe a magnetron circuit of .3000 Mels frequency which
can be used for excitation of spectra of gaseous mixtures. The circuit
is shown in Fig 1. The magnetron works continuously and has the
following parameteras U-a = *150 V, la = 50-70 mA, 11, = 6.3 V and the
magnetic field (B) in 1200 FF-Qea. To protect the operating personal
from very -high-frequency radiation the and of a waveguide (4 in Fig 1)
and the cathode connections of the magnstron were screened. The gas
to be analysed was in a quartz disch%rge tube (6) placed in the vava-
guide (4) at an a.m. wave antinc.de. The apparatus vae used to excite
argon-helium mixtures at pressures from 0.3 to 20 torr. It was found
that the emission intensiti6s were hi&her than those produced by means
of 6 Mc/s sources. A table on p 261 gives the intensities (I ) of
0 + 50%
certain lines in the spectra of pura helium, pure argon and 5
Card 1/2 He-A mixture, excited using the magnetron circuit of 3000 Mc/e -frequency.

SOV/51-6-2-32/39
A Very-High-Frequency Source for Excitation of Spectra in Gaseous Mixtures
These intensities are given in the form of ratios TMAB where IB is
the intensity produced Ic.,r -.tc!~te-tion using a VG7gonerator of 6 16-:Iis
frequency. The spectra were sx-nite4 at the optimum gas pressure in the
discharge tube which was 6 to.-~r for pure helium, 0.5 torr for pire argon
and 0.6 torr for 50ye + 60% helium-argon mixture. Temperature of' the
malls of the quartz discharge tubo was 300-400'00 when the VO-2 generator
-was used at 6 MC/S comrarfid tm 40-500C when the magnetron (f = ZOW MC/6)
was employed. When the 5875 1 helium line -was excited at 3000 Ife/s its
intensityike considerable at helium concentrations of the order of 10%,
while 50% of helium was re,:V:.Ar*d to produce this line by means of the
6 Mc/s generator. Fig 2 Yhowe the dependence of the logarithm of the
intensity of 5875.1 helium line ar.4 5888 1 argon line on the concentration
of helium in a helium-argon mixWre at various frequencies of w:ciiA-tion.
There are 2 figures, 1 table and 6 English references.
SUENITTED: August 10, 1958
Card 2/2

VASHMAN, A.A.
Slectron parazagnetic resonance in ceramics based On A1203- Zav.lab.
29 no.]-1:1315-1317 163. OCRA 16: 12)
1~

25(l) PHASE I BOOK EXPIDITATMN BOV/1891
Tsentrallnyy nauchno-isoledovatellskiy institut tekhnologil i mashinostroyeniya
'ElektrotermicheskLys, obrabotka I elektrsiskrovoy~ uprachnenlya detaley; [sbornik]
(Electric Heat Treatment and Electrospark Hardening of PILrts; Collection of
Articles) Moscow, MLshgLz, 1958. 214 pe (Series: Itsi (Trudy] kno 89)
Errata slip insertedo 5,600 copies printedo
Edo: IoYuo Miloslavsklys Engineer (Deceased); Edo of Pablishine Howies 1. Yu.
Geller; Tech* Edes A* F9 Uvarova; Managing Ed, for Literature on General Tk~ch-
nical and Transport Machine R-11ding (M%shgjx): K.A. Ponamareva, Engineer.
PURPOSE: This collection of articles is intended io~r'engineering staffs of plants
and scientific research institutes dealing with electric heating, electric heat-
treatment, and slectroopmrk hnrdshing of metals,
COVERAGE: This collection of articles presents the results of scientific research
work carried out by the Department of TsNIIftdh (Central Scientific Research
Institute of Technology and Machinery) eb-olobtzile-hintlig in.tfij-~k4ejd 'at ~jgtj
Card 1/8

Me ctric Heat Treatment (Cont. BOV/1891
and in4ustrial-frequency, heating and electrospark hardening of machine par~B*
The process of surface hardening, through hardening and tempering of steel
and cast iron using inductiorx-hea~ing and electrospark methods, and the results
of investigation of the effects of electric-host treatment and electrospark
hardening on the properties of steel and cast iron are described. A brief re-
view of industrial applications of induction heating outside the Soviet Unirin
are also presented. Various electric-heating and electrospark hardening equip-
ment developed by TsNIITM&sh are described. The book was written for the
20th anniversary of the scientific research work of TsNITTMash, Department of
Electric Heating.
TANZ OF CONTENTS%
96vikav, V. N., and Yu. M. Bogatyrev, Candidates of Technical Sciences. Work
in the Field of Electric Heating and Electric Heat Treatment 5
The authors review the history of the development and application of
electric heating and electric heat treatment of metals and describe
new developments in the field. It is stated that for the past five
years scientific and technological research work in the Department of
Electric Heating was carried out in two principal directionso develop-
ment of new production processes requiring high-temperature heating of
card 2/8

.Electric Heat Treatment (Cont.)
SOV/1891
metals, and development of new equipment and modernizing old types of equip-
ment and apparatus.
Bogatyrev, Yu.M., Candidate of Tlechnical Sciences, and Ye.I. Rumyantseva, Engineer.
Industrial Applications of Induction Heating Abroad 17
Based on available non-Soviet literature on induction heating, the authors
survey various applications of induction heating outside the USSR. They
describe the use of induction heating in the surface hardening of metals,
in heat-treating welded joints, and in metal forging. In the conclusion
it is stated that although induction-heating equipment is discussed in
non-Soviet literature, there is a lack of information on the physical metal-
lurgy of the electric heat-treating process.
Vashmova, T.A., and V.P. Pleshachkova, Engineers. Induction Heat Treatment
of Bridge Crane Parts 30
The induction heat treatment of wheels, brake drumsjand toothed sleeves
of a 5-ton capacity bridge crune is described. The equipment used, and the
regimes of heating, quenching, temperingA and data on deformation are given.
This method is successfully used at the Stallmost" Crane Building Plant.
Card 3/8

Electric Heat Treatment (coat.)
SOV/1891
Novikov., V.N., Candidate of Teechnical Sciencee. Investigating the Properties and
Life of Induction Quench-hardened Rolls for Cold Rolling 42
The author recommends replacing ohrpmluu steel with a steel of higher
fatigue resistance, development of new processes of electric heat treat-
thent of rolls, and insuring the most efficient distribution of residual
stresses in rolls. Concerning operation of rolls, the following rules
are to be observed: periodical law-temperature annealing in oil, use of
lubricant with a lower friction coefficient (maintaining the mechanical
properties of the initial metal workpiece), determination and maintenance
of the effective temperature of rolls, increase in the strip tension dur-
ing rollin , insurance of stable regimes of draft by maintaining the
thickness of initial strips, reducing unit pressure of the work on the
rolls, and decrease of amount of the relative drafts.
Bogatyrev, Yu.M., Candidate of Technical Sciences, and V.P. Pleshachkova.,
Engineer. Deformation of Sarface-hardened Steel 70
The author discusses factors affecting the temperature of induction
heating) the rate of cooling, the structure of the initial metal,
and the regime of low-temperature tempering in deformation of ring-type
samples of medium-carbon construction steel. The effect of replacing
Card 4/8

Electric Heat Treatment (Cont.) SOV/1891
water by oil, and by other milder cooling agents, and the affect of the
duration and the temperature of jann &ling are also discussed.
KLimochkin, M.M... Vaid ero Surface BLrdening of Nodular Cast Iron 87
The author presents the results of investiFgLtions on nodular cast iron
heated for hardening by high frequency (300,000 to 350oOOO cycles)
current. He describes the structure and hardness of the surface,, wear
resistant?a, fatigue strength, and resistance to crack formation, and
gives recommendations as to how to meet all these quality requirements.
BqAtyrev, Yu.M., and S.M. Gamazkov, Candidates of Technical Sciences.
Faactti6 Tempering of Surface -hardened Parts 'by Sectional Heating 116
The article deals with the follovingi distribution of temperature
along and across specimens duxing electrical heatingt the hardness
of specimens after surface hardening and induction temper-Ing, the
structure of the hardened layer, and the residual stresses in it. The
author coaWares the dALta obtained with results from the c
method of beating specimens in a furnace and he stresses the pronounced
advantages of induction heating.
Card 5A

Electric Heat Treatment (Coat.) SOV/1891
Aleksandrov, V.V. (Deceased). Induction Iffeating-through of IArge
Section Steel Parts 131
The author describes methods and equipment for the beating-through
of steel forgings and hot stamping blanks using induction heating
and sectional heating of pipe. The latter constitutes the main sub-
ject of this paper. Detailed data on current, frequency,, temperature)
rate of heatingand thermal losses in heating various sizes of pipes are
given.
Bogatyrev, XU*M., Candidate of Technical Sciences, Structure and Properties
of Ste6l Subjected to Electrical Through-heating 158
9
The author analyzes the method of induction through-heating of steel,
the factors affecting uniform heating, and the cause of generation
of thermal stresses. The investigation covered distribution of temper-
ature along the croas section of the blank during electric heating,
the structure of steel after treatment
of steel. 'jLnd the mechanical properties
card 6/8

Electric Beat Treatment (Conto)
SOV/1891
1&gerkylst, S.A,, RngLwer# Iow-voltap Equipwant, for %dustrial Frequency
TndwtlosL Heating 170
fte author discuses variou types of Inductors,, Including
flexible ows, for sectlocal heating of large parts using 50
cycles and up to 50 volts current. fte *iMlicity of tkw construction
of such inductors In ludicatedo
rVawY,, G.P., Candidate of Technical Balances, Structurej Hardsessp and Depth
of a layer Hardened by the Zlectrospark 11sthod 188
fte author discuses the mchwdu of the eleftV41ark bardeSIN
process and the effect of the cor at used-and hardening tins an the
structure and dopth of the layer. The daAwmace of hardness on the
processing reginas and on the carbon content In processed steal Is dis-
cused and results of avAlyels of the stratum are given, The author
states that methods for mechanirAtion of this process an now being de-
veloped#
Astaf lyev,, So Soo Cand' of Technical Sciences# 13actrosprk Xquipsent
Developed by ToNn'Oksh 204
Oard 7/ 8

Blestrit Beet,-,Tkeatmi%Lt:)~(-Cdat,,~)"- '. BOV/1891
fte wAUor describes OOSStrUtion of two &Mratus,, the IAS-2N and IM-
X develqmd by TOX=ftsh for eleatrospark hardening of steel surfaces.
Technical swaifications for both are giye%and directions for operating
Us machines and results that can be obtained with thein are included.
IIABIXt Library of Congress
out 8/8
GO/ fal
B-3-59

VASHNIN, V.A. sleaurl; VASILIYXV, V.N. slesar'; GRINKEVICH. S.Z.,
Iccentrical clamp. SuggeRted by Y.A.Vashnin, Y.N.Vaall'ays SeZoGrInkevicb.
Rats.i Izobr.v stroi. no.9:15-17 '59. (MIRA 13:1)
1. Po materialam tresta N6.5 Ministerstva stroitelletva BSSR.
(Reinforced concrete)

; i i I ~- 4,. -L , V .
VASKTEIIYC!, Y. ; TCLURCV, ZHIMULMIR V. Iree iirwar shriiAage of hif.-h-strenEi.~ a,st
iron 3t
Vol. 5, -No. 5, 6ept./Cct. 1956.
TLKFj--JyrI .
Tz-CHRCL( OY
Sofiia, Fulgaria
So: East xrcpeam Accessicn, Vol. 6, lio. 3, ',~'--rch 1957

ip
VASHTERFTS, A.D. (Alma-Ata); KRAMICHANINOV, N.F. (Alma-Ata'? DFMRIIi I.N. (Alru-
-_.-,
M16terials on the history of the' research'on mslignant, tumors in
Russia; Horstman's works, 1796. Vop. onk. 11 no.lz120-122 165.
(MIRA 18a6)

I . A:.J. V) T.
2. UISSR (600)
4. 7j'j ~ ry U'% f, ~ I.
~ -L
7. Dairy cattle ~mc.,Olrw oh t~- I'll-,val., rrIIt!c0,Iv,: ko-lkh, T-I"V J" -) lc"~
.1 .1 . . . 11 1
9. Monthly List of Russian Accessions, Library of Congress, June 1953. Unclassified.

PODERGIN, V.A.; VASHU~OV, I.A.
Castinfr foundation parts for larpe metal-cutting machines without
usinp chills. Lit. proi7v. no.9:26 S '(3. (KIRA 14-:9)
(Iron founding)

S/032/61/027/005/016/017
B132/B206
AUTHOR: Vashukov, 1. A., Head (see Association)
TITLE: From the Central Laboratory of the Novosibirskiy zavod
"Tyazhstankogidropress" im. A. I. Yefremova (Novosibirsk
"Tyazhstankogidropresell Plant imeni A. I. Yefremov)
PERIODICAL: Zavodskaya laboratoriyaq v. 27, no. 5, 1961, 624-625
TEXT: The activity of the Central Laboratory of the Plant was reorganized
after the June Plenum of the TsK KPSS (CC CPSS) in 1959. Simultaneously
with new material analyses, new technological processes were introduced
into departmental production. In the course of 1960 test series were made
at the Central Laboratory which produced a considerable economy effect.
The laboratory for metal research conducted a study on the introduction of
gas flame hardening of steel parts. In contrast to previous technology,
forging is made with 5-8 t pressure and a diameter of 400-500 mm, and
normalizinp after pressing Is achieved by tempering. The tests made it
possible to utilize the forging heat for isothermal perlite formation. The
material is put into the furnace directly from the press, and heated to
Card 1/4

S/032/61/027/005/016/017
From the Central Laboratory of the- B132/B206
630-6500C, then left for 6 hr at 640-6700C and subsequently cooled in the
furnace to 3000C. Further cooling is made in the open air, imparting to
the metal a considerable wear resistance. The application of the new heat
treatment resulted in savings of 120,000 rubles. Teats of nonmagnetic cast
iron with low nickel content were made by metallography. Nonmagnetic cast
iron with 2 % less nickel than provided in rOCT (GOST) could be produced.
The annual saving amounted to 160,000 rubles. The effect of thermal treat-
ment on the quality of gears was also investigated. It was shown that it
is unnecessary to temper steel 45 previous to mechanical treatment. The
foundry laboratory conducted studies on the possibility of casting machine
tool parts with increased wear-resistance without forced cooling. The
laboratory cooperated with other plant depar'~ments in introducing fast-
hardening mixtures into foundry production. These mixtures were made with
liquid glass as a replacement of bronze casting by cheaper zinc alloys of
the type L~AM (TsAM). The chemical laboratory conducted studies on the
replacement of hot-dipping galvanizing with acidic electrolytes by hot-
dipping in ammonium chloride electrolytes. The zinc layer was thus
improved and the process was shortened. The zinc deposit developing thereby
is of fine-grained structure and can be better passivated. A method for
Card 2/4

S/032/61/027/005/016/017
From the Central Laboratory of the.- B132/B206
the protection of aluminum against corrosion by anodic oxidation In
sulfuric acid solution was also developed. A rapid method for the
determination of chrome In chrome- and chrome-niakel steel in the absence
of vanadium and tungsten was developed., Chrome is oxidized with potassium
permanganate to chromic acid and reduced by means of Mohr's salt solution
in the presence of phenyl anthranilic acid. A rapid method for the
determination of nickel was also developed. It is based on the precipita-
tion of nickel by dimethyl glyoxime without previous filtering-off of
graphite and silicone. The determination is then made by titration with
Trilon B and takes 20-22 min. In this way nickel can also be determined
in chrome-nickel steel. The physins laboratory deals with spectral
analyses and the applioaticn of ultrasonics for the testing of materials,
welded seams, and for degreasing and oleaning cf machine parts. For 1961
it is*planned to repla,:te nearly all chemical analyses of smelted down
ferrous- and nonferrous metal alloys by spectral. analyses,. The VTO
Laboratorv Alaborated a portable device for the determination of the
magnetio permeability of nonmagnetic materials. It serves for testing
machine parts of various shape and surface condition. The automation of
the cupola process ~-.ontrol was also dealt with,
Card 3/4

S/032/61/027/005/016/017
From the Central Laboratory of the_ B132/B206
ASSOCIATIONi Tsentral'naya laboratorlya No~osiblrskogo za~roda
IfTyazhstankogIdropress" im., A I, Yefremova (Ci-rtrql
Laboratory of the Novosibirsk "Tyazhstankogidroprees" Plant
imeni. A. I, Yefremov)
Card 4/4

3LAqjtq&QV,_j_,X,; SOIDDOVNIK, L.G.; MAYKOVI O.A.
Zircon antisticking paint. Lit. proizv. no.It4O Ja 162.
(MM 16t8)
(Foundries-Equipment and supplies)

VASHUKOV., I.A.; MAYKOV., O.A.
Mechanical properties of ceri= cast iron at high temperatures.
Lite proizv. no*6:33-34 -Te 162. (MIRA 15:6)
(Cast iron-Testing) (Metals at high temperatures)

SOLODOV141K, L.Q.; IRAYIMV, O.A.; VASIIUKOV, I.A.; PODERG111, V.A.
Special core mixtures for casting iron cylinders. Lit. proizv.
no.6:36 Je 162. OMMRA 15-~6)
(Sand., Foundry) (Coremaking)

VASHUKOV, I.A.; LYUBOVSKAYA, V.Ye.; MOCIIINA, Ye.T.; MAYKOV, O.A.
Use of charcoal for the beating of large risers. Lit.proizv.
no.7:10-11 Jl 162. (min 16s2)
(Risers (Founding))