SCIENTIFIC ABSTRACT VOLKOVA, A.A. - VOLKOVA, A.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001860610016-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

IIOMMI~11 !.. A., r7?7IP,-;n-T--PJX, R. V., TTOFIE-Ye.V, I!k. F.
11rompnrative datn on th43 infertivity or ticks." 1). 213
Desyitoye vo,ro.)qhrhpniye nn prnbl-trmm i
blop-nysm. 22-29 (1ktyrO,rya 1959 r. (Tenth Nrffs-rencr~ on PnrnvItoInj-IcnI
Probie-ris -,nd I'Jima:)ces vl.th 'Fort 22-29 Ottol~pr 1'59), Yoscoi-I-Lnnirwrnrl,
l')59, .*.cacfew~r of Iledivni "'ciencev US-,? nrid ~cndemy of ScIonres "o. 1 2r)!Pn..
Inst. of Zoology and Parasitology, AS Kirgiz SSR/Frunze

VOLKOVA, A.A. and others.
"Comparative Data on the Infectio-isness of 141tes of the Genuz
De--ma2entor Brucella bovis and Br. melitensi3."
report presented at the Conference on the Natural Foci of Disences and Problems of
Parasitol.oV. Alma Atay Sep 1959.

- VOIIIKOVA,p,,-!~lA~.;,GRXBXNTUX, R.V.; TDIDPEM, A.?.; VPCHWIMA, L.G.
Mr.perimental study, on Dermacentor marginatux ticks as. possible
vectors of Brucells, bovis. Trudy Inst.sool.i paraz.AN Kir.SSR
no.7:161-172 '59- (MIRA 13:4)
(Ticks an carriers of disease) tBrucellosim)

VOLKOVA, A.A.; GREBENYUK, R.V.; TIMOPEYEV, A.F.1 GALIYEV, R.S.
Studying thgrole of ticks of the genera Dermacentor and Haemaph7-
salis in the transmission of brucellosis. Izv. AN Kir. SSR. Ser.
biol. nauk 2 no.7:5-24 160- (MIRA 14:6)
(TICKS AS CARRIERS OF DISEASE) (BRUCELIA)

VOLKOVA, A.A.1 TIMOFEYKV, A..F.; GREBMIYUK, R.V.
Role of ixodid ticks in the spizootiology of necrobacillonis.
Irm, AN Kir. SSR. Ser. biol. nauk 2 no.7s25-30 160. (MIJU 14s6)
(KIRGHIZISTIN-IIECROSIS, BACILIARY)
(SMU-DISEASES AND MTS)
(TICLS AS CARRIBIO OF DMEAU)

LABUTIN, V.P.; VOLKOVAj* A.A.
Zinc plating of cermet parts with a preliminar7 pore filling
with a passivating solution. Avt.prom. no.308-39 Mr 161.
(MIRA 14:3)
1. Nauchno-issledovateliskiy eksperimentalInyy institut
avtotraktornogo elektrooborudovani)rd i priborov.
(Zinc plating) (Ceramic metals)
Ilk

TIMOFEYEV, Hikolay Hikoloyevich. prof.; VOLKOVI, A.A., dotsent;
CHIZHOV, S.T., dotsent; R='SHtjffii-,-v--I-.-.pochstnyy skademik,
ratijenzent; KVASIIIKOV, B.V., prof.. retBonzent; GRACMA, V.S.,
red,,; BXIOD, A.I., tekhn.red.
[Vegetable breeding and seed production] Selektaiis A semeno-
vod-3tVO ovoshchnykh kulltur. Moskva. Gos.izd-vo sel'khozolit-rTv
196o. 478 P. (MIRA 14-.2)
1. 'Isesoyuznaya akademiya sol'akokh02y2.VRtvennykh nauk Im. Val.
Lenins (for Bdellshteyn).
(Vegetables)

VOLKOVA, A-A-, kand- gel I skokhozyaystvenrqkh nauk, doteent
. ...................
Structure of the seed plants of biennial vegetable crops and
interrelation between the developmental signs of the first and second
year. 1xv. TSKhA no-6:30-43 160. (KIRA 13:12)
(Vegetable gardening) (Biennials (Plants))

TSITSINY N*V.., akademik; CHERKASSKIY, Ye.S.; BUSHCHIK., T.N.; SHMLLIKO,, V.F.;
LYUDOVA, G.L.; KILIHM., Ye.Ye.; BELYAIZVA.. A.S.; Prinimall
uchastiye: AZIYASHVILI, L.K.; ANTONOVAP I I OILZK
DCBROCHIMKAYA, I.B.. NMCSHNMHMO, O.Nq',i~ZHAXOVA, H.P.
Now data on the control of cabbage flies (Chortophila brassicae
Boucbh and Chortophila floralis Fall.). Dokl.AN SSS& 144
no*2:40,;1-460 It 162, (MMA 1515)
lel'ilavrqy botanicheakiy vad AN SM, Opytno-pokazatollnyy
sovkho2 im. Mossoveta i Sovkho2 im. A.M.Gorlkogo.
(cabbage-Diseases and posts)
ON
El
F g2g)

VOIXOTA, A.A.
Iffect of retrobulbar Injections of adrenalin with novocaine on
Intraocular pressure in glaucoua patients, Teet,oft, 72 no,6-
35-36 W-D '59. (MIRA 13:5)
1. Kafedra glaznykh 'bolesney (sav. - doktor med.nauk T.I. Samsonova)
Ivano-rokogo neditsinskogo instituta.
(GLAUCOVA ther )
OP20CAINN ther: )
(BPINXPHRIU ther.

VOLKOVA., A.A.
Neural regulation of the brom1ne level in the blood at various
stages of the rheumatic process in children. Zhur.vys.nerv.
eleiat. 12 no.1:74-81 Ja-F 162. (MIRA 15:12)
1. Scientific Institute of Pediatrics, R.S.F.S.R. Ministry of
Health, Gorky.
(BROMINE) (CEREBRAL CORTEX) (RHEUMATIC FEVER)

VC1 KOVA k. 1).
0-m- -or i~~,
U!--',ng i.'Afte ~i.~rrjb .rf nmr
ffbers. lf6~44,- pl"-~ ;,5
Nachalln.1k ovieL 7'.
kcimp.Le-Kanogo

GALIPERIN, Yu.M.; VOLKOVA, A.D.
Changes in the motor activity of the small intestine and
efferent impulses in the intestinal berves following,
stimultion of the mechanoceptors of a segnent of the =all
intostine. Biul. eksp* biol. i med. 55 no.2:22-28 F163.
(MMA 16:6)
1. Izpatofiziologicheskoy laboratorii Moskovskogo oblast-
nogo nauchr*4soledovatellskogo klinicheskogo inatituta imeni
M.F.Vladimirskogo (dir. P.M. Leonenko).
(nITESTIMS-IMIMATION) (GASTROINTESTINAL MOTILI7Y)

7
1-52507-~65LLMYT(J)/j
PF(
PR ~-4/Pr.-4/FU-4 I/M
-'.--ACCFXMO&l Nit:-, AT6010486, UP/0qW/65/00o/o0o/oI'37/0152-
AUTTIOR: xau&a. y. K. (Doctor or tedmlcaL eolenc6s); Volkom" A 1P, (Vagneer) j
khWove1gy. A.. (Engineer)
Heat exchange'during boiling In narrovr a
fit-like-channels
ffea-V azafavestigation of heat-
SOURCE: Isslcdovanly,~~fo6b podtokakh-zWdkosti Tg
exchan e In liquid and gas flows). Moscow, Iz-1-vo Mashinostroyentye, 1965, 137-162
TOPIC TAGS: boat transfer theory-, slit channel heat exchange, phase transition heat
exchange, distilled water coolant heat transfer coefficient, vacuum heat exchange,
lubricating. oil cc ioling
ABSTRACT: 11f at exchange devices often utilize phase transitions of the cooling agent.
The present auttors investigated the beat excbango processes in a vacuum. in an
evaporation-typo radiator consisting of flat slit-fike channels. Distilled water served as
a coolant for coiftg the lubricating oil of an engine. A general theoretical outLine of the
problem is folloived by a formulation of the experimental task, a description of the experl-
mental setup, aji exposition of the experimental methods, and a comprehensive analysis
of the experimaital results. The paper presents, among other data, the first known
values of the coefficient (y, 2 of he-at transfer from wall to water boiling in a vacuum
duilng natural convection within the vertical Ellip-like channel; ok 2 'a also presented
1/2
Ccird

SHAPIRO, V.4.; NIKITINA, S.S.; VOLKOVA, A.D
Effect of Intravenous Introduction of sodium bicarbonate on the
acid-base equilibrJum and gases in the blood during direct cardiac
mas,3age. Pat. fiziol. I eksp. terap. 8 no.lt29-33 Ja-F 164.
(MIRA 18:2)
1. Laboratoriya eksperimentallnoy fiziologii po ozhivleniyu
org.anizma (zav.-. prof. V.A. Negovskly) ANN SSSR, Moskva.

SOLOVIYEVP V.J., kand.khim. nauk; ADUTSKEVICH, V.A., kand.veter. nauk;
KU221ETSOVA, G.N., starshiy nauchnyy sotrudaik;
atarshiy sauchnyy sotrudnik; SHCHEGOLEVA, O.P., lazhemer-khimik;
AGAPOVA, Z.A., m1adshiy nauchuyy sotrudnik; AGLITSKAYA, A./.,
mladshiy nauqjnyy notrudmik; KRAKOVA, V.Z.,-mladshty nauchnyy
sotrudnik
Investigations in the field of meat aging. Trudy VNIIMP mo.14:
20-:35 162. (MeattLAmalysis) (MIRA 16:8)
ffz=

IIIY, N.G., POZHARISKAYA, L.S., EMNIO, Ye.Y., VOLXDVA, A.G.
rmprovement in obtaining sterile blood!serum for use in medicinals;
Ned.;prom. 12 no.891IB-22 Ag 158 (miun:q)
10 Voesoyuzny7 nauchno-iseledovatellekiy ingtitut myasnoy
prcmyahlennstie
(SAM).
WR
MR-i WN

CHMNOMORDIX, P.M.; VISHEVNIX, B.Z.; VOLKOVA, A.G.; MOSKVINA, R.I.:
KUGARO, YU.V.; BAVALISXATA, N.M* "'N"
Clizilcal treatment with proserine of chronic diseases of the nor-
voua system. Nevropat.palkhlat., MoakTa 20 no.1:68-70 Jan-Ireb 51.
(CLKL 20:6)
1. C1 the Nerve Division of the Hospital for Chronic Cases imeni
Karl Marks (in consultation with S.N.Davidenkova, Active Member of
the Academy of Medical Sciences USSR).

BFJMIKIY, N.G., akademik; POZHARISKAYA, L.S., kand.biologicheakikh nauk;
IVOLKOVA, A.G., mladshiy aauchnyy sotrudnik; KUZENKO, Te.V., Inzh.
Proporties of the blood plasma and serum of cattle. Truly VIIIIMP
no.9:104-108 '59. (M MA 13: 8)
(Cattle) (Blood analysis and chemistry)

SOLOVIYEV, V. I.; VOLIKOVA, A. G.; KUZITELITSOVA, G. N.; GIA7011A, N. G.
'Biochemical changes obseried rJ-.Iring ftorag"., w1p
meat.
report submitted for 10th European Rtg, NSeat Res Workers.? Rockilde, Denmark,
7-15 Aug 1964.

VOL-KOV A 1*1A.). -
no sisiarks a *saijm~wft hytilItte" P,04ft.
A. K. Ilghka and Volkon
Kiev), Ofor 11t, rJAcad. W. Ukraln. S.S.R.,
Gen. Chem.) it, lga~-M
109 /./1 were deld. In
the
0 rit"Ite In mists. af equlnp)l, (10-0 At) PAns. so(
TiCl. and IA taken in VArYing protwittkins. at cono. total
via" lit const. arijily. $imllir int-asurconents Wert "Wife
with T W#h + I IA, &nil with 10-1 At Wits. (the latter in
we" thin trougho 44 OAS sum.), In &if cases. D psard
lbrmqb a max. 41 A MOL f4lia TO 01`11A - 1:1. Confe.
quently, that Is t1se comfort. t4 the colored yellow tomplex. -
Its a series of measufrintuts with coust. Tit*O- omen.
(2 X 10-6 Af) alpf flich mosen. varying from 0.9 X 10-1 to
5.0 X 10-9 M, a brad of the D curve was found at iound
With further incirminx
the mol. ratio 71: HA - I:L
IIA, the color romialti-t unchanged. AbendoftheDcurve,
at the Skm mol. ratio 1: 1 was found in a 3rd set;" of wrAs-
utcUlcutf. at coast. lh%. 2 X 10-6 M. and the TiClo concri
varied ham 0.6 X 10-0 to 3.0 x io-I M. (2) For th;
.011 Pa. of the eta" z. there are 3 [MIATill", (it) Ti4*
M T11" + A +
Intlovalt".
nall;:S, thasirt of the Mixon cone". abould have rio effect
on the collcor, wherrati In the alternatives b and r the color
should become westirr with incyr"imIt ari,lity. At emit.
topen. of the cfmnptcx. 2 2.1, x in-1 M. the ri'lor rr"Sain.1
up to pit - .1, and fad(II At pit - 3 awl alowe. withimt
ppla. of TWOFf)o. In a series of r3pis. at the same most.
toncts. of the .amples, In the high-acidity runs, of I #I
from 10-4 to 7 N. the color rrminetl unchanged from 1114
-WitatIN. The wriefusinot In fawor,,f Ow
was further cotrobioraterl by rimtrolyfir transference tiles
which showed no chAnge c4 the charge- o( the townplet Join in
the (31TkttthrdI,4 ficaritacr
at tc coke III pit > 3 Is dur, n"I to a dr--mpn- Ithe I own.
Pits. but to formation of another. "Ilkifl'ss ri'mPles, *44
demonstrated by a stody of the syvi,m 4 T1 siolk-yLor
8 (of 011, with
(orange clamples) + IIA. bufffred to pit
vatirtne proportioris of the compronents, at cwsil. total vat.
The color decreases with Increasing atnt- of IIA. Swini-
larly. the raltor dectraws with Increasing difn 4 ths- TI sali.
c7tste with IW). The 4110trrvire lwtwten the 1) dof The
Mixts. with IF^ And with 110 pa"es thiroish a mat. at A,
mot, ratio V41A - 1-1. C41CUS. tof the f1tilill. Moist. Of
T1 t44 +XIIA OJI(IIA), +
off), Fast a consf. for I - I. This proyes thAt flit VDIM1441
Complex 1"Clor I In weAhly arbi $to nearly neutral soln , fill
IIAS M50 the rouilon. TiAIA - 11-1. It has firtiN
Ably the Structure 1TV110.)l I- or ITi(ill)) s- as against the
Structure ITI(11^)Il* of the rol"I MX- Mt in
acid so"' (4) The d"%Ocn- 'Imst. K
'I the colored COMPlex was d"d. by me., of
cafibri;~im)jfi curvel
and IIA, C -In solits. Mnft. varying atnts. of T;Cfs
a be 0.9 X if) -4. X Them

USSR/ Chemist ry - Vanadium Jul 52
"The Study of Colored Complexes of Vanadium With
Hydrogen Peroxide," A. K. Babko, A - I Vollcova,
Inst of Gen and Inorg Chem, Acad Sci, LYRRI-nran
"Zhur Obshch Xhim" Vol 22, No 7, pp 2208-1116
States that a study of the optical properties
of solns showed that vanadium forms 2 colored
corrpds vitb hydrogen peroxide. Notes that in a
strongly acid =dium, where Zlli-~ is 0.6-10' 0-~ r"
an intensely colored cowpd is f or=d vith a
compn corresponding to V --R202 rl: 1 -In an alk
229IT30
medium) a weakly colored peroxide compd is
.formed vitb a compn corresponding to V: R202::
1:2. Says that a comparison of the visible dis-
socn. of the vanadium complex, formed in an acid
adium, with its great stability in relation to
acids, indicates that the vanadium dyed complex
with hydrogen peroxide, formed in an acid medium,
do=s not contain a bond like Me but represents
an addn com r) -1; (5-2x).
.pd of the type ZVO X\ -22
~O
229T30

UBIO, A.K.; VOLEOVA,,A.I.
Study of the colored oerium peroxide complexes. Ukr.khim.shur.
20 no.2:211-215 154. (MLIA 7:9)
1. Institut obahchey I neorganiahaskoy khiaii Akadeviii nauk
UW1.
(Cerium oxides)

------ -----

Whowed, hoWever, in the $0, fu. -h--hje, CrAori-
tuctric detn MW'js vrrt cwrm-O ptwch.gave a Cohn
derckrized k--la dropq (,I O.ol,v
'
'd
A
i~
f
l
E
wc
o
F,,J
ti, aft
fide Whn
) in
d
w"t
vom IA
by ovatey witlf the ftznntv,~ A ~11, .-I %;f).. A, A lpi I
cannot t-- obtau.,t~j ufl* ~"c ft~m N, the metal

must be burned xitl 14
hu a Thr app- used and thd
lmnipuJalirrn dc~cribcd. Yc~4p w:tl- quartz sand
ta4ka with knopa aints. 4( Cu, Nii "140, and Cr 01111n
'b
h
d (U
th
i
i
i
hi
)
s
me
c rom
vt (4) w
owe
o to
t
t
ii It

7' W, NI

VOLKOVA, A.I.; GETIMAN, T.Ye.
System vanadium (V) - sallicylate - orge-nic base. Z~=:-. neorg.
khlm. 9 no.5:Uog-II16 My 164. 17: 9)

JOLKOVAV AJ,; KOTON~ M.M.
Effect of the chemical. struzture of unsaturated est-ers or
t~wlr nbIlIty to polymerize. Part 2: Substituted acrylates
and methacryintes. Vysokom. soed 6 no-3:480-483 Mr'64.
(KIRA 17; 5)
1. Institut vysokomolekulyarnykh soyed-*nenly AN S53R.

VOIZOVA,-~--j-; GETIMAN, T. Ye.
&.tractilon-photometric method of determining qu.,Mne as a
ternary complex titanium-salicylate-quinine. Ukr. kh1m. zlmr,
31 no. 12t1320-1322 165 (MIRA 19:1)
1. Thstitut obahchey -' noorganicheskoy khImli AN UkrSSR.
Submitted April 21, 1965.
"W-

MENTSHIKOV, F.K.; VOLKOVA, A.I.; BARMINA, L.V.
Nutrition of patient's with neoplasms. Trudy TISIU 62:268-277 163.
(MIRA l8t3)
1. Kafedra gastro-onV-.-rologii i diyetoterapii (zav. prof. F.K.
Men'shikov) TSentrallnogo instituta usoverahanstvovaniya vrachey.

VOLKOVAp A.I.; GETIMAN, T.Ye.
Comblex formation in the ir4~tsm vanadium (5) salicy2Ate. Ukr.
khiin. zhur. 29 no.l2tl240-1246 163. (KRA 17s2)
1. Institut obshchey i neorganichaskoy khimii AN UkrSSR.

BABKO, A.K.; VOLKOVAt A.I.; GETIMAN, T.Ye.; PAVLOVA, M.Kh.
Conplex formation in the system vanadyl(4) - sallcylate. Ukr.kfiM.
zhur. 29 no.12:1235-1240 163. (MIRA 17t2)
1. Institut ob shchey i neorganichaskoy khimii AN UkrSSR i Institut
kbimii Bolgarskoy Akademii nauk.

ACCESSION IM; Ar4oJ1979 011010210106
S/0073/64/030/0
AUTHORS: Volkova, A.I.; Get'man, T.Ye.; Yemtsova, N.A.
'TITLE: Deterinination of titanjura in metallic aluminum in the form
of a, ternary titanium-salicylate-quinine complex
02-106 -
SOURCE: Ukra!nskiy khimicheskiy zhurnal, V. 30, no. 1, 1964, 1
TOPIC TAGS: metallic aluminum, ternary titanium sa2Acylate quinine
complex, titemium determination, sodium salioylate
ABSTRACT: An earlier study was made of the salicylatd complexes of
titanium and the ternary salicylate complexes of titanium with py-
ridine, quinine and pyramidon. (A.K. Ba-bko and A.I. Volkova, D.
AN URSR9 12t (1959 1336); Zh. Anal, kh- 5 (1960 587) Ternary oom-'
plexes were used to determine 'titanium In steel. Continuing this
work, the teraary complex being formed during the reaction of
titanium-sallaylate acid with quinine was studied. This complex
differs in t1vit it has greater stability and is more intensively
colored than tialicylate complexes of titanium with other organic
bases (pyridixte, pyramidon ato.). The methoa tor determining
113
Card

ACCESSION NR: AP4011979
titanium is based on the formation of a colored ternary titanium-
salicylate-quinine complex, which Is extracted in a wide pH Inter-
~val from 2.5 to 4. In studying the relationship of titanium extrac-
tion to quinine concentration, solutions with a constant cQncentra-
tion of TiC14 5;6 x 10-5 mole/liter and L-NaHSall = 2x10"2 mole/
liter were prepared. Overall quinine congentration In the aqueous
phase was varied from 4 x 1o-5 to 5 x 1o-4 mole/liter. maximum
titanium extraction was observed starting with a-quinine concentra-
of 2 x 10" mole/liter. This indicates a high extraction fac-;
'tor of the ternary Ti complex because a one and one-half to twofold
quinine surpluq relative to Ti I- adequate for a full extraction.
-Solutions containing 5.6 x 1o-5 mole/liter of TiOl and 1.6 x 10-4
4
.Mole/liter of quinine wire prepared for studying the relationship'
,of titanium extraction to-salicylic acid concentration, and the
salicylate cone.,entration was varied from 2 x 10" to 6 x 10--_~' mole/
liter. The maximum extraction was observed with a thirty%'Told our-
.Card 2/3

ACCESSION NR: AP011979
plus of sodiijm salicylate. The extraction-photometric method was
developed for determination of tipanium in metallic aluminum. Sen-
sitivity of -the method is 1 x 10-'4%. Orig. art. has: 4 figures,
2 tables.
ASSOCIATION: Institut obshchey i neorganicheskoy khimil AN 1JkrSsR
(Institute of general and inorganic chemistry, AN EkrSSR)
suBmiTTED: nmar63 DATE AOQ: 14Feb64 ENCL: 00

NOBSBAK, V.V.; MOZOOVA, K.K.,- SHKOLINA, M.A.; NAGDASEVA, I.P.;
BEWTNW, V.A.; PrIinimali uchastiyet nWROVA., Yu.V.;
ZVIECHKINA, A.P. ,V0 AZ=nIA, M. T.
Proparation of graft copolymers. Part 12. V~rnokom.soed. 5
no.2.-171-175 F 163. (MIRA 16:2)
1. Inetitut elementoorganicheakikh soyedinenlya AN SSSR.
(Polymers)

BADKO2 A.R.; VOLKOVAY A.I.; GETIMAN, T.Ye.
Color less salicylate complexes of titanium* ZhureneorgaIrchim# 7
no.9:2167-2172 S 162. (MIRA 1~,:q)
1. Institut obshchey i neorganicheskoy khimii All UI=SSR.
(Titanium compounds) (Salicylic, acid)

BABKOS A.K.j VOLKOVA, A.I.; GETIMANO T.Ye.
Colored complexes of titanium vith salicylate. Zbw.Mqorg.1rb"
7 no.2:284,-290 Y 162. (MM 15:3)
Is Inotitut obahchey i neorganichookoy kh1aft AN USSR.
(Titanium compounds) (Salicylla &aid)

KORSIIAK, V.V.; MOZGOVA, K.K.; SHKOLINA, 116A., Prinimali udiactiyo:
ZASECIMNA, A.P.,-,VOLKOVA, A.I.
Preparation of graft copolymora. Part 8. Vyaokom.sood. 3 no.11:
1655-1660 N 161. (MIRA 14:11)
.1. Institut elementoorganicheskikh soyedineniy AN SSSR.
(Nylon) (Styrone)

BABKO, A.K.;.-VOLKOVA.p___A.I.-, GETIM, T.Ye.
Determination of the composition of strongly hydrolyzing cations.
Zhur.neorg.khim. 6 no.5:1035-1041 Yq 161.
(MIRA 14:4)
1. Institut ob3hchey i neorganiche3koy kh~mil AN bSSR.
(Complex compounds)

LOPUSHIFSKMt V.M.; ISHCHKIIKO,, G.T.; VOLKOVAp A.I.; SAMYSHKIANO M.S.
Tmmediate results of the treatment of a sarcoma of the vagina in
dogs with the use of betatron. Med.rad. 5 no.7822-25 160o
(K= 13112)
(VAGINA--TUMOIRS) (RADIOTHERAPY)

BABED, A.K.; VOLKOVA, A.I.
---------------------------------------n
Photometric determination of titanium in,the form of a pyridine-
salicylate complex;. Zhur. anal. khim. 15 no.5:587-390 3-0 160.
(MIR& 13:10)
1. Institute of General and Inorganic Chemistry, Academy of Sciences,
Ukrainian S.S.R., Xiev.
(Titanium--Anal7sis)

BABED, A.K.; VOLKOVA. A.I.; DRIKO, O.F.
Determining small amounts of oxygen in metallic germanium. Trudy Eon,
anal. khim. 12:52-64 160. (MIRA 13:8)
(Germanium--Analysin) (Oxygen--Analyeia)

S/078J61/006/002/005/017
B017/BO54
AUTHORS: Babko, A. K., Volkova, A. I., Gettman, T. Ye.
TITLE: Crystalline Salicylate Complex Compounds of Titanium
PERIODICAL: Zhurnal neorganicheskoy khimii, 1961, vol. 6, No. 2,
pp. 354 - 359
TEXT: The authors studied the composition and properties of salicylate
and pyridine salicylate complexes of titanium separated from aqueous solu-
tions in solid form. The solubility of titanium salicylate depends on the
pH of the solution. Fig. 1 shows the solubility of titanium salicylate as
dependent on the pH of the solution. The formation of titanium salicylate
complexes from aqueous solutions proceeds stepwise. The investigation of
the composition of the crystalline titanium salicylate complexes shows
that the titanium aalicylate ratio in these compounds in dependence on the
pH of the solution is 1 : 1, 1 : 2, and I : 3. The pyridine salicylate
complexes of titanium were produced by adding pyridine to the aqueous
titanium salicylate solution, a fine crystalline yellow powder being fozmed
in the coll, in which the ratio of components Ti : Bal Py a 1 : 3 : 1,
Card 1/3

Crystalline Salicylate Complex Compounds 8/078/61/006/002/005/017
of Titanium B017/BO54
whereas from hot solutions a crystalline orange-flored precipitate is
separated in which the ratio of components Ti : tal : Py - I : 3 ; 2.
Titanium pyridine salicylates are extractable with chloroform. The
following formulas were suggested for the structure of solid titanium
salicylate complexes:
(NH TiO(< 0---C H (1), (NH4)H io(-"O~>C H (2),
4421 oq-~ 6 4)2 IT 1~09 6 4)2
0 0
C H
NaH[T-'KO OTH [Ti (0 -- C H (3),
0 6 4 3 4)2 1 6 4 3
0
PyH[Tio 0---c H (4), or (PyH)2[TiKOC C6H
('--~Oq- 6 4 3 oil 4 3
8 0
Card 2/3

Crysta 'Iline Salicylate Complex. B/078/61/006/002/005/017
Compounds of'Titani*um BO17/BO54
There are 2 figures, 2 tablespand 8 references' 4 Soviet# 3 German, and
0 1 French.
ASSOCIATION: Institut obahchey i neorganioheakoy khimii AN USSR (Insti-'
tute of General and Inoreanic Chemistry, Academy of Sciences.
UkrSSR)
SUBMITTED: December 280 1959
Legend to Fig. 1: a) concentration
.of Ti in the solution 401-
I j

5/075/60/015/005/0',5/026/XX
B002/BO56
AUTHORS: Babkoj A. K. and Volkova, A. 1.
TITLE:, Photometric Determination of Titanium as Pyridine-sali-
cylate Comple
PERIODICAL: Zhurnal analitichaskoy khimii, 1960, Vol. 15, No. 5~
PP. 587 - 590
TEXT: The authors found that titanium between PH 3-5 and 5 forms a com-
plex with salicylic acid, which, together with organic bases such as
pyridine, quinoline, pyramidon forms a highly colored oompound which is
only little soluble in water and easily soluble in chloroform. Visually,
10 gg titanium can be detected In 25 ml chloroform. The following for-
mula is assumed on the basis of further not yet published investigations;
PYH (TiO) \ C6H4 )] . With a single extraction, 89 to 96~ of
(~Oc 3 the titanium complex pass over into the
chloroform phase, viz. rising in the fol-
lowing order:
Card 1/3

Photometric Determination of Titanium as S/075J60/015/005/015/026/xx
Pyridine-salioylate Complex B002/BO56
pyridine complex - quinoline complex - pyramidon complex. As the most
favorable pit range, the following was found: pH 3 - 3.5 for the
pyridine complex, pH 2.5 - 4 for the quinoline and pyramidon complexes.
v5f-~ Cu 2+ ~ Fe 3+ . and Cr V1 may interfere with the determination and are
therefore reduced before determination with thiosulfate. The nickel
complex is extracted only from pH 4 -- 5, but not yet in the case of
pH 3-5. Tho maximum of the light absorption is about 365 mpj but within
this range) absorption of the salicylic acid already beginal therefore,
measurements are carried out at 400 or 430 mo. Within the concentration
range Investigated (5 - 25*10'"5g Ti), the Beer law holds for both wave-
lengths, but the sensitivity at 400 m~t Is higher. The titanium content
in several kinds of steel was determined; the maximum error was 4%
(moan value fzom 6 - 6 determinations). There are 3 figures, 1 table,
and 1 non.-Soviet reference.
Card 2/3

Photometric Determination of Tii-~nim as S/075/6o/o15/005/O15/026/7.X
Pyridine-sal-icylate Complex B0021BO56
ASSOCIATION:, Institut obahchey i neorganicheakoy khimii All it;S'sn, Kjy~~--.,
(Institute of General and Inorganic Chemistry AS UkYSSR,
Kiyev).
SUBMITTED: July 10, 195-9

VOLKOVA. A.1.; GETIMU, T.Ye.; YEMMOVP, N.A.
Detemination of titanium in metallic aluminum an a ternary
ComPlex titanium -salicylate - quinine. Ukr. khim. zhur. 30
no.I.-102-106 164. (MIRA 17:6)
1. Inatitut obahchey i neorganicheskoy khimii AN UkrSSR.

Vol Ko~JA-, A.U-.
t,
vy
r all
Fri
pp.
rq-
ILI it
tv.
I
go F Err
F
Fk-
r
P, F

ROSTOVSKIT, U.N.; URINOVA, A.M.; VOLKOVA, A,I.
By-nthesis of vinyl asters of isobutyric, isovalericand caproic
acids. Izv. AN SSSR Otd. khim. nauk no.11:1379-1386 N 157.
(MIRA 11:3)
I.Institut vywokomolskulyarnykh soyedinenijr AN SSSR.
(Isobytyric acid) (Isovaleric acid) (Caproic acid)

AUTHOU
TITLE:
PERIODICAL:
ABSTRACT:
Card 1/2
---------------
Dabko, A. rK. , Vol kova, A. 1. 32-2-316o
The Amperometric. Determination of Molybdenua andTu-naste-
in the Presence of Nickel
(Amperometrichesk.oye opredeleniye molibdona i vollfrans, v
p iititstvii nikelya)
Zavodskaya Laboratoriya, 10,56, Vol. 24, Ur 20 PP- 135-137
(U.-,SR)
An amperoactric titration cf molybderaim and tungsten in a
medium con'Uned with acetic acid at 5 - 8 p1l was in-
vestiaated and tl~e authors fou:id that a quantitative
sep~Fation is possible only at p1l 6,5 - 7. In case that
so4 or Cl ions are present they are removed with sodium
acetate. In order to exclude possible actions of nickel
(by means of the fornation of tunGstate or molybdate) it
in transformed into a complex salt; here ;lycocoll an!
ethyl enedinmide were fot,-n'. to be t~.e for.-.crs of the :.-lost
stable complex salts. T!,.e titration was carried out on a
polarojraph IM-7 of the Iiistitute for Chamical-Scientific
Inventi.-ations at the Univorsity of Gor":iy. The

The Amporometric Det-3rmination of 41.1olybdonum and Tun~;sten 32-2-3/6o
in the Presence of Niclzel
6
00-:sitivity of the ~alvanonetcr was lo .The authors
worked wit" a simplified nethod without polarojraph with
galvanic elements which can be used for a wide field if the
latter are exchan,ged. The arrangement is shown in a dia,Z;ran.
A calomel standard electrode was iised while a 0,5 M lea,1
nitrate solution was i-~scd for titration at 1 V volta.".e. The
calomel electrode is -out down in a drawin,1,1 it is exactly
deacribed ai,d is said to be able to operate for 0 - lo
months. The amounts to be detorzined were 0,015 - 0,05 a
of 'Nolybde iui and 0,03 - Op2 g tun,,uton. The duration of
the first method of analycia is put t!own to be 2o minutoo,
Comparod with one another, the results obtf~ined from the
polarodrarhic method are equivalent to thone of the
simplified mictliod. T!.,are are 2 fi,3ures, 3 tables, and 6
references, all of which- are Slavic.
ASSOCIATION: Inatituto for General and Tmorganic Chemintry A5 Ukrainian
SSR (Inatitut obshchey i neorganichookoy khimii Alkudomii
nauk USSR)
AVAILABLE: Library of Congrose
Card 2/2 1. Molybder,=-Determl-nation 2. Tung3ten-Determination
3. Nickel-Applicationn 4. Titraticn,
I

RABKO, A.K.; VOLXDU, A.I.
Am;erometric determination of molybdenum and tungsten In the
presence of nickel. Zav.lab. 24 no.2:135-137 '58. (KIRA 11:3)
l.Institut obahchey i neorganicheekoy khimli Akademii nauk USSR.
(Molybdenum-Analysis) (Tungsten--Analysis)
(Conductometric analysis)

VOLKOVA, A.I.; ZAMROVA. N.N.
Determination of microquantities of lead in metallic indium.
Ukr.khim.zhur. 23 no.4:530-532 157. (MIRA 10:10)
1.1netitut obshche7 i neorganicheskoy khimii AN USSR.
(Microchemis try) (Lead) (Indium)

AUTHORS i Hostovskiy, Ye. No, Barinova, As No, 62-11-13/29
Volkova, A. 1.
TITLE: On the Synthesis of Vinyl Ester of the Isobutyric-, Isovaleric-
and Caproic. Acid (0 sinteze vinilovykh efirov izomaslyanoy,
izovalerianovoy i kapronovoy kislot).
PERIODICAL: Izvestiya AN SSSR, Otdelenie Khimicheskikh Nauk, 1957,
Nr 11, pp. 1379-1386 (USSR)
ABSTRAM From acetylene and the corresponding acids vinylisobutyrate,
vinylisovalerate and vinyloapronate were produced
synthetically according to the heterogeneous-catalystic
vapour-phase method. On this occasion it was ascertained
that the useful acid-transformation can amount to 90 - 95 %
of the theoretical value with regard to the consumed and
70 - 90 % with regard to the acid introduced into the
reaction. For the first time the vinyl ester of the iso-
valeric acid is described in this paper. It is shown that the
vinylisobutyrate can be obtained according to the vapour-
phase method and also according to the method of acidolysis
of the vinylacetate. It was here explained that for the
Card 1/2 synthesis of the vinyl ester of the caproic acid as well as

On the Synthesis of Vinyl Ester of the Isobutyrio-, 62-11-13/29
Isovaleric- and Caproic Acid.
probably its next homologous compounds with a higher number
of carbon atoms it is most suitable to obtain them according
to the heterogeneous-catalytio method. For this one permits
to avoid the presence of astyliden*-eator-admixtures, which
make the purification of the vinyleapronate very difficult.
The experiments when treating the vinylacetate with acetic
acid under presence of a meroury-catalyst showed that the
compound reaction can take place here with considerably
lower velocity. Considerations on side-processes, which
determine the suitability of a method-application according
to the degree of useful transformation and the possibility
of an elimination of the complicatedvinyl ester in pure
form, are brought. There are 2 figures, 3 tables, and 21
references, 10 of which are Slavic.
ASSOCIATION: Institute for High - Molecular Compounds of the AN USSR
(Institut vysokomolekulyarnykh soyedineniy Akademii nauk SSSR).
SUBMITTED: June 18, 1956.
AVAILABLE: Library of Congress
Card 2/2

VOIKOVA, ii.I.; KOTON, M.M.; SAVITSKAYk, M.N.
.3ffect of the chemical structure of some unsaturated esters on
their polymerization capacity. Tysokom.soed. 2 no.5:802-805
My 16o. (MIRA 13:8)
1. Institut vysokomolakulyarnykh soyedineniy AN SSSR.
(Esters) (Polymer12atiOD)

BABKO, A.K., Fikademik; VOLKOVA, A.I.; G~;TIMAII, T.Yo. PlotIman, T.O.)
-
Formation of a quaternary complnx in the system 7anndiwm (V) - pln,~ride-
sallcylate - quLnIne. Dop. All MIMI no.5i610-613 163. (KIRA Y119)
1. AN UkrggR (for BabVo).

-,*IF. for etter- Ilf I
rm mezil H- E~
l IrTwZ44cm q
q
az~ouats ~-! ox ~geG io g=-e? "~ '
la ebrtymlard &d
oyl &nd

rj"-t ~-y
The t , 1, ;

(-J .,f sin, - in
the iatteT -q- flo. A N arA
and tht ;,~ifajze tritr~ watc- y.cuii ~41,
~~t 1. the

VOLFOIIA.,, A,, Ix., ANDRIATV, K. A., and MDANOV, A. A.
"New classes of polymerization products, poly-organo-methyl-ailoxane,"
a paper presented at the 9th Congfess on the Chemistry and Physics of High
Polymers, 28 Jan-2 Feb 57, Moscow, Organic Chemistry Research Inst.
B-3,084,395

29694
Do!~.olintyell nyy byegun na Kardochyeslal naa apparatye. Tlmdy LyeninL-r.
In-'Ua in. Kirov.,,:., no-2, 1949, S. 106-12
So: Lcto..is' Mo. 40

VOLKOVAp J..M. (Nikolayev)
Methodological work in the medioal sohool. Felld. I abmh. 25 no.12:
47-52 D 160, 1 (KIRA 13112)
(MEDICIO~-STUDT AND TEACHING)

VOLKOVA __A,)4..;,-kand.m'ed.nauk
Hygienic characteristics of noise caused by the roUing st4ek of
railroads and measures for itsocontrol. Gig.j san. 26 no.103-39
ja 161. (MIRA 14:6)
1. Iz Mentraj!nay nauchno-iseledavatqllakoy laboratorii gigiyeny
i epidemiol"i'"Ministerstva putey no6bahoheniya SSSR.
Mi-Laum-Hmimr, Aspricis) (NOISE)

1. VOLKOW.., A.
2. u--;i~. (6oo)
4. Oil Indu3tries
7. '.-Iork of the stakhanovite, work shift n,,ade up of Yomsomol youth at the Orel C-il- Factory.
M-asl. -zhir. prom. 18, No. 4, 1953-
9. Monthl List of Russian Accessions, Library of Congress, April -1953, Uncl.

30BB2. VOLKOVA, A. M.
ob zmen niyakh foolkov syvo,.-otki krovi loshade -produtsentov
voprosy , Ta 7
anti toksichz:3 kilh syvorotok v zi'v'Isimo~t1' ot 2 let. ?.hurh. st. No. 112.
Dlitellnosti eksploRt;tsil. (Kand. dl3scrt2tslyu). Soornik mouch. truflov
(Kazansk. in-t cnidemioligii i mikro-bioL:~;J-i), vyp. 1, 19149 (NIQ- obl: 191.,")
s. h7-90.

BULGAKOVA, A.M.; VOLKOVA, A.M.; IPWTNZOVA, G.S.
Determination of small amounts of tballium in mingle crystals
of sodium iodide activated by tballium. Trudy IM no.23:
102-105 159 jSodium iodide crystals) (HIBA 13SO
(2hallium-Anslysim)

KIL314OV) A.P.; TIABOYKIN, Yu. V.; VOLK9.VA, A.M.
Colorimetric method of detei~nining thallium in sodium oidide.
Trudy IREA no.22:124-127 158. (MM 14:6)
Thallium-Amlysis)
diuin iodide)
M

ASTROMIKOV, Yu*V,, kand, meds nauk; jqy~OTA$_At~s (Vladimir)
Paeudotumors of tho cec=. lain. med. 41 no*7t92-96 J1163
(MIRA 16t12)
1. Tz khirargichaskogo otdaleniya (zav. Yu.T.Astrozbnikov)
1-y Vladimirskoy gorodskoy bollnitsy (glavnyy vrach Yu.A.
Khokhlov).

A
AVIMs BuISakorat A~14 P Volkov%#A.M., Klimov, A.P.
32-li-16/6o
TITLIC% Bhort Reports (5) (Korotkiye sodbahcheniya.)
FMODICAL, Zavodsk&Ya Leboratori^, 1957, Vol. 23, Nr I 10 pp. 1308-1308 (USSR)
ABSTRAM A more rapid method for the determination of the thallium content
by measuring of the optical density of iodine tWlium quantities,
which are stabilized by gelatin, is given in this paper. This method
is well applicable with respect to the determination of tballium
content in NaJ crystals which were activated by thallium. for this
purpos 093 g of the crystal are finely pulverisedt am* drops of
the Woolution of gelatin are added and, while the mixture is
vigorously stirred, 50 ml solution of gelatin are also added. The
mixture in put into a 100 ml retort and distined water up to 100 ml
of the total volume is added. The oontent of the retort is stirTea
oarefullyo so that no foam forms. Measuring of the optical density
of this solution is carried out by means of the photooolorimeter
" 0 3X-V with a green filter. For comparison a dose of the 1%
solution of the gelatin in used. The experiment taken about 8 to
Card 1/2 10 minutes.

short Reports (5) 32-1i-i6/6o
A880OUTIC111 Kharl kow Branch of the Institute for Chemical Reagents (Me kovskly
filial Inotituts khWohakikh reaktivoy)
AVAIIAM Llbrax7 of Oongives
Card 2/2

HAI
U
~pl J.

BUIDAMDVA, A.H.-_YO1J4YA,_AvK-*
Actraction-photome trio determination of lead traces in high-jpurit7
reagents. Zhur. anal. khim. 15 no-5:591-594 5-0 160. (HIRA 13:10)
1. All-Union Scientific Research Institute of Chemical Reagents,
Xhark'ov Branch.
(Imad-Analys is

VC> L-K6V(-T-,(j.
MIKBATLOV, V.M.; VOLKOVA A.M.
Some characteristics of the reaction of thelungs to antigen. Medyeh.
zbur. 23 no-1:55-60 153. (MIRA 8:2)
1. Sverdlovoklkiy medichnly institut.
(ANTIONNS AND ANTIBODIES) (LUNGS) (MUSCLI)

VOLKOVA, A. If.
Moscow Province GeoloC7 Stratigraphic
Jurassic continental deposits around Moscow, Vest. Moak. ur... 7, No. 3. 1952.
October, lqrs~-
9. mmonthly List of Russian Accessions, Library of Congress, 1XIRK Unclassified.

LAUTIN, Alekoandr LeonidovichJ, kand. tekhn. nauk; VQLKOVA, Anastasiya
Nikitichna, k-and. tekhn. nauk; BARMOVA,
ZAVIYALOV, S.N.., tekhn. red.
[Chemical cleaning of artificial fur] Khimicheskaia chistka
iskusstvennogo mekha. Moskva.. Gosbytizdat, 1963. 19 P.
(RIRA 17:2)

VOLKOVA, A.N.
Conditions governing the accumulation of the Balalr-honka Eeries
in the Kuznetsk Basin. Lit. I pol. iskop. no.3;38-54 163.
1. Hookovskiy gosudarstvennyy universitet. (MIRA 17:1)

VOLKOVA, A. 11.
"Changes in the quality of Groats During Prolonged Storage." Thesir) for degree of Cand,
Technical Sci. Sub 22 Jun 49, Moscow Technological Innt of Food Induntri
Summary 82, 18 Doe 52, Dissertations Presented For Derreon in Science and Enpineerinf! In
Moscow in 1949, From Vecherayma Moskya, Jan-Dee 1949.

Vol-Kovil"
C./A
Shalt
MW kid* MUSY YOGM of Srsis ~MM*.
ova. IY#ikdy Abad.
Nobb 3.5-5.R. I VIWO wheat. lyc. of
gab b do" 1-141 ;wn the in" W. of tsw fat c"tcut
oradmily dedlims wkb thm. In saft stand Ill ves" thr
4'- L, th~. 40-,;..( the ofirinal: .1-.t t.~
trems Alld fre .11.0ut 2.5

VsKly G. ".f. L?"GWI I.; i y

1C, 1-,!7 'l rr C-.
ki ne tic tier, cono tan ts fc).4- thle s,-f-nL*- ac
n1trile. i7him. .)ro,-.. 42 no.l: ~1-37 Ja

N,
GLAZUNOVA,A.Ye., redaktor; VOIKOVA,.A.11., radaktor, GLUKHOYBDOVA,G.A.,
takhaicheekiy
[Paleontology and stratigraphy; a collection of articles] Fuleon-
tologiia i stratigrafiia; abornik Btatei. Moskva, GosAzd-vo geol.
lit-ry. 1953. 146 p. [Microfilm] (MIRA 9:3)
1. Leningrad. Vaesoiuznyy geologicheskly institut.
(Paleontology) (Geology. Stratigraphic)

VOLKOVA,-,A.N.; SKRIPKO., K.A.; VISHNEVSEY, L.Kh.
Bauxites in the karst of the Moscow region. Lit. i pcl. iskap.
no.6tlO8-112 N-D 164. (MIRA 18:3)
1. Moskovskiy gosudarstvennyy universitet.

VOLKOVA, A. P. SAZANOVA, N. A. and VASHKOV, V. I.
"Toxicity of NIUIF-100 (diethylparanitrophanyl thiophosphate) fthiophos7
for Warm-Blooded Animals".
Tr. Tsentr N-I Desinfekts In-ta, No. 8, pp 188-192, 1954.
Doses of NIUIF-100 (I) equal to 8. 12, 200 and 50 mg/kg cause 100% destruction
of cats, guinea pigs, white mice, and rabbits.
In daily dosage of cats with (I) in a concentration of 5-1 mgAgo death occurred
after three to eight doses: death occurred 50-80 days after a dose of 0.2 mg/kg.
The feeding of grain containing 50 mgAg did not cause toxic phenomena in white
mice in the course of 6 months. Upon application of 1.0-0-75 mlAg technical (I),
white mice and white rate died within an hour, and rabbits within 10-20 hours. A
do-, died after four applications on the skin of 0.25 MlAg M. In application on
rabbit skin of a 2% aqueous emulsion of (I) containing 50-20 mgAg of active
agent, the animals died after 15-40 treatments. Guinea pigs died after 40-47 treatments
with a 10 mgAg dose. Daily moistening of the surface of the skin with an 0.08%
(according to active agent) aqueous emulsion of (I) did not cause toxic phenomena
in the course of le days, Upon eval:oration of 0.5 g/;m3 M, mice were 100% destroyed
but rabbits surviv*d. After four treatments with a dose Of R ~.5 g/m3 the rabbits
died. Daily spraying of the surface of the skin for 5 days witq a 1% (according to
active agent) aqueous emulsion of M in an account of 120 ml/m did not cause toxic
phenomena in rabbits, but 30% of the mice died.
1/2

Upon daily dusting over a period of 6 months of a 1% dust of (I) in the dosage
recommended for application (20 mg/pa), no toxic effect on mice was shown,
Multiplication of the dust bY 5, (100 kg/ha), caused marked toxic effect in mice.
(RZhBiol, No. 10, 1955)
SO: Sum No 884, 9 Apr 1956
2/2

vMc toxidty of anabijane to waim-bl'ooded anImI117-S-
A Stuonova arA A VO 01, rrudy T-calral. Nauch,'
1VOKiledovak). Drzin e ts. m 0 , No. B. 105-202: Referai..
ZA.,. Xhim., Diol. Kiim. 1055, Na. prepns.
were used in the form of solus., ointments, smp. acroool"
and dust, and applird ti skin, hir. per cm, Aml as cutaneous

P. Cand Biol Sci -- (diss) Yroxic~~a of hexachl-orocyclohexanef
and 4h*ir gema-isomer warm-blooded animals." Mon, 1957. 19 pp
(Min of Health USSR. All-Union Sai Res imak Chem-Pharm Inst im 8, Ordzhonikidze
k lot
VNIKffl), 110 copies (KL, 5-58,

VOLKOVAj A. P.
nToxicity of CkhTsG preparations an their penetration
into the animal organism via the respiratbry. tract."
report submitted at the 13th All-Union Congress of HWgienistsp Epidemiologists
and Infectionists., 1959.

VOLXDVA'O- AORO
Affect of chronic benzene intoxication on phagoc7tlc activity of
the leukocytes in rabbits* Gig* i sano 24 nool:80-82 Ja 159.
O(MA 12: 2)
1. Is kdedry obahchey g1glyent I Mookovskogo ordena Lenin& medi-
tainskogo inatituta Imeni I.No Sechenovae
(Bimm. toxicity,
off. on phagocytosis in rabbits (Rae))
(FRAGOCYTM 'IS,
off. of benmene intoxication in rabbits (Rue))

KOZLOTA, T.A., Imnd.med.nax*;V0IK0VA, A.Pos aspirant
Blood picture and phagocyte activity of leukocytem in vorkers in
contact vith benzene. GIgj san. 25 no.1:29-34 Ta 160.
(MIRA 13:5)
1. 1z kafedry obehohey gigiyany I Moskovekogo ordena Ienima
meditsinskogo instituta iment I.M. Sechenova.
(B=IM tomical.
(PHAGOCYTOSIS).
(BLOOD pharmacol.

cytic reaction of the organism under the chronic'21"
LAI
of benzeie (under industrial conditions an~ * experiment)."
Mos, 1961. (Min of Health US�R. Central 1~~S&,Advanced-Tll
lis
;V; q-Y AVV4
49ad) (,-KL, 8-61, 259)
444
VOLKOVA, A. P., Cand Med Sci -- "Modification of th ;ph 9

AI,EKSEYEVA, O.G.; VOLKOVA, A.P.
Effect of spae R~18 actors on the immunological reactivity
of the organism. Probl.kosm.biol. 1:181-189 162. (KRA 15:12)
(SPACE FLIGHT-PHYSIOIDGICAL EFFECT) (IMUNOLOGY)

5/240/63/000/003/ool/ooi
B144/B166
AUTHORs Volkova, A. P. (Moscow)
TITLE$ The effect of gamma irradiation on the survival of bacterium
ooli in en external environment
PERIODICALs Gigiyens, i sanitariya, no. 3, 1963t, 101 - 103
TEXTt The radioresistant strain of bacterium coli was ob ained from strain
U-17 by up to 10 gamma irradiations. Suspensions of 2-* microbes of the
original and' the radiorosistant strain per al physiological solution were
cultured on various media under sterile and nonsterile conditions, keep
i rig
them at room temperature in the light or in the dark. The media were3
sand, earthp water, physiological solution, moleskin, woodt leaves, paper
money, oilcloth, and paper. Survival varied from 11 days on paper, oil-
cloth and wood to 8 month* on earth and sand. While in the sterile tests
no significant difference was observed between irradiated and non-irradiated
bacteria, the survivalwas under nonsterile conditions i - 1-5 months longer
in 8 of 20 alternatives for the irradiated specimens than for the non-
irradiated, and only in 2 cases shorter. This in attributed to the reduo-
tion of antagonistic properties of the irradiated strain and the natural
Card 1/2

5/240/63/000/003/001/001
The effect of gamma irradiation... B144/BI86
flora. A difference in biological behavior between the irradiated and the
non-irradiated strain was observed only in later periods. Bact. coli
citrovorum was detected in sterile and nonateeile cultures of the radio-
resistant M-17 strain on water and earth after 4 - 5 months, but it was
never observed in the control cultures. Hence, the appearance of oitrate-
positive strains of bact. coli may be indicative of radioactive contamina-
tion. There is I table.
i Card 2/2

VOLKV
LAI A
- 4P.,
Changes of some natural iz=unitv factors of dogs during the
flight in the fourth and fifth spaceships. Isk.5put.Zem,
no.15slO9-112 163. (MIRA 1614)
(Space biology)
m

- pd-h~-Vrs-4 PYL- 'vrd1RO1
M c
L, 32072eZ5 )IEW( )/EWP(J)/EPR/EWA(b)
'-----
,
-
'!AOCZSSION NR: AP4047680 3/0240/64/000/010/0061/0065
"
.
,: 47
'AUTHOR V~agbkovj V, I (Candidate of biologicai
*( ofessor); Volkova, A:-20-
-
sciences); Yankovs-kiy, E. Ya.
soiences) Testlin, V. M. (Candidate of otrOM61
(En Tieer
TIM i loxicity determination of propellants used in aerosol bombs
--,!,8OURC39: Giglyana, i sanitariyas no. 10t 19648 61-65
pall t--

fre 0 an
---;TOP-IC--TAGS,,- 4~1: ~Im
oticl-4!&
aerosols,toxicitys inse
ABSTRACT: The toxicity of an aZeotropIc mixture of 60%
-6thane (freon ) and 40%*oetafluorcyclobutane
~-etrafluormonochlor _1124
'-
-
In tests on animals to determine the
fed
(;freon 0 318) was investig~
~asibllity of using the mixti,ra as a propellant in inseaticide
vivo v-white mi-cm# and
-",aar-oso.1 bombia 7
0 rats) were -plaoed-in -a chamber -(2 m-5- Olume) :and exposed to
-7~. Idifferent oortoentrations.of the azeotropic mixture in the air for a
-2-3 hr- period The animals did not display any toxic effects aftvr
sin le expouvrea to the azootropic mixture with concentrations up to
13 U96 Repeated exposure of animals to the same mixture c.oncentra-
...Ition within 3.0 days after first exposure also produced no toxic
-- --- -----

--- -- -------
L--32072-6,'
~JAGCESSIOIT IM:-, AP 0476W:
''effects# I 3s- ands respiration- rates
'Blood ind a, -did not changej
:Microscopic investigations of respiratory organs after death of
experimental animals also confirmed the absence of pathological
changes. A slight irritation of the eye mucous membrane appeared
with mixture concentration increases of 20-30 times (10-15 k/m3)p and
concentration increases of 15 glO and over produced a slight narcotIc
effect* The chemical stability and saturated vapor elasticity of the.
:azeotropio mIxturo is similar to that of freons 11 and 120 but the
--Jatter are. slightly less toxic, On the basis of literature data and
---present:- f indIngs--f--eon,- 120---a - mixture- of--freons 11/12 11060, and the
'Inew-azootroplo-mixture of--,froons 124 and 0- 318 -aro not harmful to
,;:, I
''ani
mala or hiumans in concentrations or o.5 -dO and can all be
-.-Arecommanded for useas propellants in insecticide aerosol bombs,
rig t, has: 1 table,
'0 ar
f
Tsehtraltn-y*y nauchno-is'sledo'vateliskiy dozinfektpion-
ny*v institut, Roscow (CentiFal Scientific Rbsearch Disinfdotion Institute)%
-Tsentralln(we Ponstruktorskoye byuro SavnarWl~c'za -Lstvivskqy SSR, Riga (Central
Construction Ihireau of Sovnarkhoz tSS
cord 2/3

SUN MWL: 00 SUB COM!-,:
MITTED: I?Aug63-
IW. SOV: 004 021m: 004
Card 3/3
LS PP

Alff NR, AP602 36 SOURCE CODE; UR/0016/66[600[607/0024/0029
*AUTHOR: Vashkov, V. I.; Dremova, V. P.; Starkov, A. V.; Yq~kqyaj A. P.;
Sindbcova, H. V.; Katunina, V. I.; Larl nova, V. D.; Yerina, K. X.
ORG: Central Disinfection Institute, Moscow (Tsentral'nyy dezinfektsionnyy institut)
TITLE: Insecticidal properties of the various forms of DDVP and perspectives of
their application for disinfestation
SOURCE: Zhurnal mikrobiologii, epidemiologii, i immunobiologii, no. 7, 1966, 24-29
TOPIC TAGS: insecticide, aerosol, DDVP, insect
ABSTRIkCrl Preparations of DD'VP (0,0-diImethyl 0-2,2-die'lilorvinyl phosphate) can be
-used for the immediate extermination of flies and domestic insects (bugs,
!cockroaches, fleas), in the form of 0.5-0.3% aqueous solutions. A 7
minimal amount, assuring 100% destruction of flies, fleas, and bugs on
finished surfaces (glass, wood) is 0.05-0.5 g, for cockroaches 1-2
per 1 m2 (see Tables 1 and 2). Residual action at 18-20' lasts no
longer than 5-7 days'. To exterminate fly larvae in their substrate,-
a 0.2%--0.5% aqueous solution can be used at a standard flow rate of
the pressure fluid (1-2 liters of solution for materials up to 30 cm
thick. Bai,t for-f lies. and c;ckroachea can be prepared from aqueous
Card 1/2 UDC: 616.981.451-092.9-097.3

ACC NRI AP6024436
i solutions of DDVP. However, the short period (2 days) of residual
action of such bait limits prospects for use in practiceo DDVP dust.s
can be used'-to exterminate a number"of domestic parasites. However,
-in view of the brief period of residual action, further study of the
prospects for use in extermination practice is necessary. DDVP is
toxic to animals when taken internally. (LD50 of various samples of
preparation is 100-200 mg/k& for mice.) Inhalation of a 0.5% aqueous
solution during single or repeated spraying, does not induce any
toxic effect in various aniiials. In preparing.aqueous solutions and
other forms of DDVP, precautionary measurei must be observed, in
view of the possibility of entry of the concentrated preparation
into the mouth and skin. DDVP in aerosol or vapor form isespecially
promising. JWA-50; CBE No.-11]
SUB.OODt:: 06/ SUBM DAM. 22Fsb65/ ORIG REY.- 002/. 0TH REF: 002./

ACC -NR: _AP603 163 7 S.duid-&ii-iu ~16 i4616_6'/0_0_0'1_0'0 9/ 0 0,15/001.7
AM"HOR: Vashkov, V. I.; Volkova, A. P.; Tsetlin, V. Yan'l-lovskiy, E. Ya.
..........
ORG:- Central Scientific Research Disinfectant Institute, Moscow (Tsentral'r.Tj
-suchno-issledovatel'skiy dezinfekts-*onnyy institut); Central Design Bureau for Lhe
L
Chc:,--*ca-' and Silicate-Ceramic Industry, Riga (Tsentral'roye konstruktorskoye byuro
khi-micheskoy i silikatno-keramicheskoy pro-myshlennosti)
TITLE: Evaluation of the use of DDV? in an insecticide mixture
SOURCE: Gi'giyena i san-itariya, no-. 9, 1966. 15-17
XOPIC TAGS: insecticide, DDV?, pesticide, aerbsoi,- cholinesterase activity,
The toxicity of 82.5%, 92.12% and 99.46% DDVP mixtures was
ABSTRACT:
.tested on cats, rabbits, rats and nice enclosed in an aerosol
chamber ana exposed to aerosols wJth a density of 1 g/ml and a
particle size of approximate-ly 5. -p. The experiments were con-
tinued for 10 to 40 days and lasted about 2 hr each. Inhalation
was aess, toxic than inl~estio-,. in nearly all cases: at an estimated
concentration of 115-18 of air the compound produced no
obsezvable toxic effects over the entire 10-40 day period.
[WA-50; CBEI No. 121
SUB CODE: 06/ SUBMA DATE: 24Feb66/
Lqord UDC: 614.449.57:[614.484:615.778.3