SCIENTIFIC ABSTRACT YABLONIK, R.M. - YABLONSKAYA, V.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001961810010-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 15, 2001
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

The influence of closed axial gaps on the efficiency of312
active type stages with cylindrical'blades. (Cont.)
blading we:2e made long ago, and the existing situation is
reviewed. These were concerned only with profile energy
losses and did not allow for friction on the walls bounding
the closed axial gap. In a turbine stage there are a number
of effects additiona1bo those that occur in stationary blading
which can cause vital changes in the energy losses. The most
important special featuree introduced bj rotation of the rotor
are considei-ed, and a formula is derived for the pressure drop
due to friction in a closed axial gap. From this a formula is
derived for the influence of the degree of reaction on the
anergy1oss by friction in the closed gap, From. this formula,
it follows~ for examplo, that when the deGree of reaction is
0.5, the friction losses related to.the total heab drop arc
only half those when there is no reaction. In order to give
some idea of the magnitude of the efficiency changes under the
influence of a closed a7cmal gap, examples are given of tests
on models of active type turbine stages with different heights
and blade profiles., The tests were made on experimental
turbines operating on air. Curves are Given of the efficiency
for various lengths of closed axial gaps. As the lengbh of the
closed axial gap is increased the curves become somewhat flatte
.Similar tests are made with various blade designs. From the
experimental results and the theoretical considerations that
accompany them it follows that it is advantageous to make the

312
The influence of closed axial Gaps on the efficiency of
active type stages with cylindrical blades. (Cont.)
closed axial gaps relatively great for stages with both
relatively short and relatively long blades. Taking into
account that for stages with long blades the positive influ-
ence of increasing the axial gap in equalising the forces acting
on the blades assumes special importance the value of using
long closed axial Gaps which simultaneously increase the
efficiency becomes evident.
On -the other hand as the closed axial gap is increased there
is a change in -the structure of the flow and in the field of
pressure before the working wheel and, because of this, there
are also changes in the leakage of steam thr0l:LAr:,h the open axial
gap. The influence of various design factors on steam leakage
is exolained.
Some tests were made with vex.7 large closed gaps (above
100 mms) in order to get-some idea,of the friction. In this
region, the influence of flow equalisation becomes negligibly
C)
small. The results of the tests are shown in the graphs.
The experiments carried out make it possible to evaluate
app-roxiioately the energy losses due to operation of -the
blading in a non-uniform flow.
The followina practical conclusions are drawn from the
work. At the present time in designing active ty-pe stages of
steam turbines the distances between the edges of the guide

The influence of closed axial gaps on the efficiency of
active type stages with cylindrical blades. (Cont.)
and working blading are often made small. Numerous tests
that have been carried out show that it is advisable to use
comparatively large axial gaps. The tests est-ablished that as
the length of the closed axial gap is increased, provided that
the blading is long enough, the efficiency first increases
considerably, then reaches a maximum and then slowly falls.
The length of closed axial gap should, therefore, be selected
at not less than the value corresponding to na:~dmum efficiency
as shown in the experimental data. The increase in efficiency
associated with equalisation of the flow and, with sufficiently
long blading ' the maximum efficiency, are in the regions where
the flow is well equal4sed. Therefore, the Selection of a
L
large closed axial gap leads not only to some: Increase in the
stage efficiency but also increases -the reliability of the
'7
turbine reducing the probability of blade vibration. From
this point of view, with lonG blading it may be advisable to
select a closed axial g-ap somewhat longer than -the optimum
value from the standpoint of efficiency. It is particularly
advisable to use long closed axial gaps in turbines with a
wide range of speed, for instance in marine Gurbines and in
turbines for driving blowers, since when the stages operate
with large angles of attack the gain in efficiency from the
application of long axial gaps increases. D~sides, for
turbines of this type, the selection of long axial Saps is
,also very useful from the point of view of blading strength.
.8 figures, 5 literature references. (3 Russian).

YJ9 D N I K,
'10 (2) PHASE I BOOK EXPLoiTATioN sov/13o8
Kiri'llov,'Ivah Ivanovich, Rakhmiyel Mordukhovich Yablonik Lev
Vasi2 yevich Kartsev,,
Vladi-rArovich Kuzltichev, Gennadiy Ivanovich Xhutskiy,
Rostislav Ivan6vich Dlyakonov.. Viktor Dmitriyevich ?shenichnyy,
and Aleksandr Aleksandrovich Tereshkov
Aer*odinamika protochnoy chasti parovykh'i gazovykh tux'bin (Aerodynamics
of Steam. and Gas Turbine Flow-Passage Areas) Moscowo Mashgiz, 1958.
246,.-p. 4,500 c%opies printed.
Ed.o. Kirillov,' I.I.., Professar,Bryansk Institut of Transport Machine
Building; Reviewer: Shubenko, L.A., Corresponging Member, USSR
Academy of Sciences; ~Tech. Ed.: Gerasimova, D.S.; Managing Ed.
for Literature on General Technical,and Transport Machine'Building
(Mashg'iz): Ponomareva, K.A.. Engineer.
PURPOSE: This book was wri tterk for engineers working on the design,
card i/6

-Passage Areas
Aei6dynaTics of Steam and Gas Turbine Flow SOV/1308
an operat ion oIf:-st eam,and,,gas turbiries. 'It may als o
nidnufad ure
be - useful to'students of- spec1hl :course's.
COVERAGE --TheJaUthors analyze phy'mical phenomengAcoymeate&with flow
~hrough-:the~sta impilloe steam and gas-turblaes..-They give
X _ I ges *of 11 ~
thb r'e siiltzi bf :, 6xper:~hefita 1'. :LnVe St igat ion, of ~-.vtagi;lo with full and
.~paktial_~supply of. the-working'. medium 4 ~ -..The, basic remults'obtained
are.for:high--~-'-and medium*power-ed turbines*-,
-_-Results,of the investigation of 'a new low-powe'red,turbine are
also given. Practical recommendations for the design of the flow
passage area of steam and gas turbines are given.9 basedon the
.investigation of effect of various design measures on the-efficiency
TA co6ff iqienlt, Iof stages,. M6.~investigation was ruide in -the BITM
(Bryansk 'Institute of, Transport'M~chinery Buildlhg). The following
S ritten by members of the Chair of Turbine
ons-were w
Construction of the-BITM: jr-ofess'0i, I.I. Kirillov, Docent,
Candidate of Technicil Sciences, paragraphs 1. 2., 13~, 16; Docent
card 2/6~

aerodynamics of Steam and Gas Turbine Flow-Fassage Areas SOV/1308
9
9
12
21
39
39
56
84

Aerodynamics of Steam and Gas Turbine Flow-Passage Areas SOV/13.08
ch.. V. Low-power TurbInes 194
16. Radial centripe"tal turbine with internal partial supply
or steam 1-94
170 Experimental investigation of a centripetal turbine with
internal partial steam supply 203
_': Ch. VI. Laboratoxj Equipment 223
18. :Experimental press=e turbines 223
.19. Experience wdrking with an' aerodynamic angle-gage 238
20. Experience mbLnufacturing silicon-aluminum blades 240
Bibli6graphy 246
.::,AV4,ILABLE: Library of'Congress
la/ks'v
3-17-59
Card 616

PHASE I BOO.K.EXPLOITATION .15OV/3638
Yablonik., Hakhmiyell Mordukhovich
Gazoturbinnyye ustanovki (Gas-Turbine Plants) Moscow, Mashgiz, 1959.
408 p. Errata slip inserted.
Reviewe Ir: L.D. Frenkel',.Engineer; Ed.: A.V. Maliko'Ir, Engineer;
-Eds. of Publishing House: A.A. Basentsyan, and L.N. Danilov;
Tech. Ed.: A.Ya. Tikhanov; Managing Ed. for Litexature on
J'
General Technology and Transportation Machine Manufacturing
(Masbgiz): A.P. Kozlov, Engineer.
PURPOSE: This textbook is-intended for students studying gas-turbine
engineering and may be useful.to engineers and technicians working
with gas-turbine installations.
COVERAGE: The book contains a systematic presentation of the theory
and calculation of gas turbine power plants and their components.
Considerable attention has been given to the themqdynamics of
,gas turbines and to the elementary presentation,of gaadynamic
Card 1/10

Gas-Turbine .Plants 30V/3638
phenomena.-. The.theory of the thermal process, the calculation of
the turbine unit and also the calculation of parts for strength
are treated in detail. A brief description of various gas tur-
bine types and of their application,is*also given. No personalities
are mentioned~ There ar6 43.references, 411 Soviet.
TART OF CONTE14TS:
Introduction
Cho';-I. Principles of-Gas Dynamics and the Theory of Gas Turbines
and Compressors 15
1. Fundamental equations of gan.flow 15
Elementary-concepts of gas lynanties 23
Ch. II. Thermodynamic Principles of the Theory of Gas Turbines 37
3. Concept of--efficiency of turbines and compressors 37
Card 2/10

AUTHOR:
TITLB:
D224/D305
Yablonik, RJ1,-, Candidate of Te-chnical Sciences,
Docent
he influence of partial uncovering of the working ro-
T
tor onthe characteristics of a turbine stage
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy. Energetika,
no. 9, 1961, 45-48
TBX~,.~,,',The_author describes an experimental investigation of the
dehydration of wet steam from a turbine stage by partial uncovering
of the peripheral surface of the working blades of a turbine rotor2
as shown in Fig. 1. Two models were tested: Model "All with non.-
twisted directing blades and twisted working blades with in outlet
angle4ot-1 = 12043' , 1321= 190 , and a degree of reaction pc ~z-- 24~;,,;
model "B" with twisted directing blades and non-twisted working
=~ 170, 13 = 21.040v 27-,-. Two series of experi-
blades withc1_1 2
ments were carried out: 1) With an increase in the axial gap with-
Card 1/0 12-

S114316110001009100110006
The influence of partial D224/D305
out shifting the blades beyond the limits of the tight ring; 2)
with an increase in the axial gap with corresponding shifting of
z
the working blades beyond the tight rinl- 4B. The characteristico of
efficiency =f and f(AB mm) and of degree of reaction
C0
and and of difference,4p for a stage with a covered and partly
L
covered. perfpheral surface of the blade do not show any decrease
of'efficiency at uncovering up to LB 0 ':--- 5 mm for the model A, and
ABO = 11 mm. for the model B. The characteristic of coefficient of
dehydrationlf against the degree of humidity y ohows an increase
in dehydration of about 10%..There are 6 figures arid 1 table.
ASSOCIATION: Bryanakiy institut transportnogo mashinostroyeniya
(Bryansk Institute of Transportation Machine Con-
struction.)
SUBMITTED: January 16, 1961
Card 2/4.,

lpx-Mg~la WIM

KIRILLOV, I.I., dok.tor tekhn.nauk; YABLONIK, R.M., kand.tekbn.nauk
Problem of the improving of turbine stages operating with moist
steam. Teploenergetika 9 no.10:41-47 0 162. (MIRA 15:9)
(Steam turbines-Design and construction)

GETO~ ~11 MIMIUTO
anditekhn.n.auk
k
e val from behind the gate
FxperimentallstudY Of moisture r mo e 9
Annaratus of a tixrbine stage. Fnergomashinostroani (MIRA 16:3)

JML-ONIXJ~and.tekhn.tauk, dotseint; 4MMLI., N.L.., kand..takhn.rauk.,
dotasut~
I*asureineut of the wisture content of an E)ir flow. I"zv. vp'.,
ucheb zav.,; energ, 6 no.3#104-194-M-&- 165. (MIRA 16:15)
I,,-Rr7&nskiy institut transparbnW washinostroyeniyet.
Fndstavleia kafedroy turbostroyani
(Steam tarbinear,

M~ncj~' ;a7=0411~w ~- - -

YABLOV-i' R.14.1 kand. tekhr. nauk) dots.,
KIRJU'Ov' I. kand. tekhn. nauk, red.
at. TV
retsenien
Irachines] Teoriia turbowashin. MoSk"Mi
[Theory of turbo. WIRA 17.8)
viiashinostroenie, 1964- 510 P.

YABLONIKp R.M., kand. tekhn. nauk, dotsent,-, MARKOVICH, E.E,) inzh.
-----------
Weet of steam bleed through the mcisture trap on the
moisture removal in theblading and efficiency of a turbine.
Snergomashinostroania 10 no.2t23-25 F 164, (14IRA 1716)

Nil'
Mo of JVoLni r b I s vy~-,
f. "WA

/E1WP (tn,1/EVr1 ~4zj
ACC NRI AP6021533 SOURCE CODE*;-- bR/0143/66/000/006/0072/0075
AUTHOR: Yablonik, R. me (Doctor of technical sciences); Markovicbp E, E.
(Cant3idate--o-f--T-db-hiiie-al' sciences)
ORG: Bransk Institute of Trans~ort Machine Construction.(Branskiy
..instituf-fr-ansportnogo mashinostroyanlya)"
TITLE., The structure for the.formula for the average drop size in the
jet from _a pnoumatic nozzle/
SOURCE: IVUZ. Energetike, no. 6. 1966, 72-75
TOPIC TAGS: jet flow, nozzle design
ABSTRACT: The following formula is generally used for the critical drop,
diameter d-.
2a
'd= We
TO
wbere a- is the coefficient of surface tenslon;2( is the density of the
gas; We is the critical Weber number. However, experlmental results
on the flomization of 9 liquid with pneumatic nozzles do not coincide
with this relationship. The article recapitulates formulas proposed by
several different authors in previously published papersp in particular
Corti T 12 UDC: 621.63.037-

L 45131-66
ACC NRs AP6021533
the formula of Levich:
[-I- -~:7 LO-4
d=y (2)
C L
where a is the absolute velocity of t1je gas stream being atomized;XL.
is the density of the liquid drops; L is the maximum poitsible scale;)L
is a. dimensionless experimental coefficient. The agreement of Equation
(2) with experimental data supports the assumption that the theoretical
bases used in its derivation correctly.reflect the main factors which
affect atomization of a liquid by a pneumatic nozzle; the atomization is
basically determined by inertial effects* Orig. art.,has: 7 formulas
and 2 figures.
SUB CODE: 20/ SUBM DATE: l2Jul65/ ORIG REP: 003/ OTH REF: OOk
Lgard 2L?- (_)LA

HLMKLRMni, P.; UBIONKO, S. 1. [translator]; BUTUVICH, GeV*, professor,
doktor t khnic 1kh nauk, redaktor; AMYSPY. N.M.. redaktor;
LLRIOffOT.G.Te.,.tekhnIch~skIy redaktor
[RecoTery voltage on contacts of circuit breakerp] TovetanaTIPL-
valushcheesia naprieshmis na kentaktakh TyIdlimehatella.- PersTod
sancliiskogo S.I.IAbIonko. Pod red. G.V.ImtkSTiCh&. Iloskva,.Gos.
energ. Isd-vo, 1956. 296 p. 9:7)
(Blectric circrult breakers)

ABRAMOV, S.K., kand.tokhn.nauk; AVEISHIN, S.G., prof.. doktor tekhn.nauk-,
AMKOSOV, I.L, duktor geol.-min.nauk; AILDRIYEVSKIY, T.D., inzh.;
ANTROPOY, A.K., inzh.; AFARASIYEV, B.L., inzh.; BIRGMAN, la.Y.,
inzh.; BLOKHA, Ye.Ye., inzh.: BOGACHEVA. Ye.H., inzh.; BUKRINSKIY,V.A.,
kand.tekhn.nauk; VASILIYEV, P.V., doktor geol.-min.nauk; VINOGRADOV,
B.G.. inzh.; GOLUBEV, S.A., inzh.; GORDIYENKO,.P.D., i.nzh.; GUSET, N.A.,
kand.tekhn.nauk; DOROKHTIT, I.V., kand.geol.!-min.nauk; KAIMOV, G.S..
inzh.: KASATOCHKIN, V.I., doktor khtmenauk; KOROLEV. :E.V., inzh.;
KOSTLIVTSEV. A.A., itizh.; KRATKOVSKIY, L.F:, inzh~; KRASHMINNIKOV G.F.,
prof.-Aoktor geol.-min.nauk; IMIKUNOV, L.A . inzh.; IRIVIT. D.Ye.. inzh'.:
LISITSA, I.G., Imnd.tekhn.nauk; LUSHNIKOV, V.A.. inzh.; MATMEV. A.K..
dote., kand.geol.-min.nauk; MEFURISHVILI, G.Te., iznh.; MIRONOV, X.V.,
inzh.; HOLCHANOV,,I.I., iznh.; NAUNOVA, S.N., starshilr nauchnyy sotrudnik;
IWIPlWV. V.Ye., inzh., PAVIOV,.F.F., doktor tekhn.nauk; PANWKOV. P.N.,
doktor geolo-min.nauk; POPOV, V.S.,.inzh.; PYATLIN, M.P., Imnd.tekhn.
nauk; RASHKOVSKIY, Ya.R., inzh.; RORANOV, V.A., prof., doktor tekhn.
nauk; RYZHOV, P.A., prof., doktor tekhn.nauk; SELYATI' 'PSKIY, G.A., inzh.;
SPMANSKIY,.K.A., lnzh.; TEMiT'Yb TI
W, Ye.V., inzh.; TOV, N.G.,doktor
khim.nauk; GOXAREV, I.F., inzh.; TROYANSKIY, S.Y., pr-Df.i doktor geol,-
min.nauk; FEDOROV, B.D., dote., kand.tekhn.nauk,-FEDORlDV, V.S., inzh.
[deceased];' KHOKEI?20VSKIY, A.S., prof., doktor geol.-inin.nauk; TROYANOV-
SKIY, S.Y., otvetstvanny7 red.; TERPIGOR37, A.M.. red.; KRIKUNCV. L.A.,
red.; K(JZNBTSOV, I.A., red.; MIROITOV, K.V., red.; AVYIRSHIK, S.G., red.;
BURTSEV. M.P., red ; VASILIYEV. P.V., red.; MOLCHANOV, I.I., red.:
RYZHOV, P.A., red,: BALABDIN, V.V., inzhe red.; BIA)KH, I.M., kand.
tekhn.nauk, red.; BUKRINSKIY. V.A., kand.telrhn.na-uki red.; VOLKOV, X.Yu.,
inzh., red.; VCROBOYHY. A.A., inzh.,,red.; ZVONAREV, K.A.,'prof. doktor
takhn.nauk, red. (Continued on nArt nard)

ABRAMOV, (continued) Card 2.
ZDAROVICH, V.G.c prof.,doktor tekhn.naukired.; IVANOY,, G.A.. doktor
geol.-min.nauk, red.; KARAVAYLT. red.; KOROTKOV, G.T., kand.geol.-
min.nauk, red@; KORO.TKOV, II.Y., kand.tekhn.nauk, red.6, KOXAVEYEV. A.A..
doktor geol.-min.nat&, red.; OMELICHEITKO, A.11.,kand.tekhn,.wuk.red.;
SENDERZON, E.M.,Iuand.geol.-min.nauk, red.; USBAKOV, LN., dots., kand.
tekhn.nauk, red.; nd.geol.-min.r~aak, red.; KGROLEVA,
T.I., red.izd-va; KAPHALKINA, Z.I., red. i zd-va;.-:PROZOROVSKAYA, F.L.,
tekhn.red.; NADBINSKAYA, A.A*, tekhnered,
[Mining; an encyclopedia handbook] Gornoe delo; entsilclopedicheakii
apravochnik. Glav. red. AJI.Terpl.vorev. Mosk-wa, Goo.nauchno-tekhn.
izd-vo lit-ry po ugollnoi prou7shl. Vol*2. [Geology of coal deposits
and ourvey'ing] Geologite ugollnykh mostor-ozhdenit i marksheiderskoe
delo. Radkolegiia tome S.V.TroiansKy. 1957. 646 p. (MIRA 110)
1. Chlon-korrefi ondent AN SSSR (for KaravaXav)
Noal guc)),oe;y~Djct tons rie Rj

EXCERPTA MMICA SeC.5 vdj-..9/12 Pathology Doe !;6
3500. JABLONOVSKAJA L.Ja. *The aetiology of malignant i,,ieuro-
ectodermal brain tumours (Russian text) VOP.NEJROKHIR.
1955, 19/1 (8-13) IlIu3. 4
Foe the explanation of the aetiology of multiform spongioblastoma and medullo-
blrntoma. experiments Immore than 400 chick embryos were carried out. Tumour
tis ue derived from operations was ground and emulsified in normal a,sline. Of
tht: emulsion. 0.5 rnl. was Injected into the yolh-sac of 5-day-old chick embryos
and Into- the ehoria-allantole space of chick -smbryoi 8 t& 9 days old -4nder aseptic
recautions. After the embryos had been incubated for 17 days fluid was removed
F
rom their chorlon-allantoisby means of the Pasteur plpette,Zd submitted to bac-
teriological and serological examinations. The chorionallantols. amnion and yolk-
sac were separated from the embryo and used for histological examination. Tumour
implantation, intb the amniotic membranes was never successful. However. changes
of the, amniotic membranes and of the embryo were observed, which consisted of
haemorrhagic -proliferative inflammation, serous exudation and proliferation of
the arnniotic and vascular elements. These changes were absent when the sus-
pension had been heated for 30 min. at 50*. Identical changes of the amniotic. mem-
branes were produced by the injection of the centrifugate of a tumour emulsion,
even after 4 to 5 passages, but the macroscopical changes became less distinct
with incre-as-eoUthe number of passages. However, from the 4th passage, the.
complement. fixation reaction with patient serum showed an increase of the,intens.
by assuming'aviraVaetio-
ity of the antigen reaction. The results are explained
logy of -the turnours investigated. (V, 16)
Naa
/Y"
e lknalellsk~v 6&0 0 671!V1Q.0~ 11
h?
/19 VV Y U ff/ /,w 14 N i3 o1416;,o4a, X4iolevill
d 14

r
ABI
JONOVSJCAY
Af (Hoak-vat 122, 6-ya
Cul"'Vation Of certain Parkovayap d.24 kv- 3)
[with n human cezebral tumors in
summary In 2 'C11"3 -YOP-onke 2 no.4 chick embry,
Z2 nquChno_j -'432-43; 156.
Instituta nayr "sladovateltakogo ,d
medl olchiru~j;ii 1 ena Trudovo
t8InskIkh nauk SSSR ( ~
meni akademi 90 Irraisnogo Znameni
meditilnaklkh nakuk dIr - d ka "-)1--B'1rdsnkO AkIndemil
(BEa IN& ne 0 SSS~~P'rvf;88oreY#tvitel'nYy ch'On Akad,,,,
,plaami 0 B.G.Yegarov,
ti"Ous Culture vf human t
(TISSUM C-ulTURM "ors '. in chick em~;ryo (Hum))
ca0ceris of ;rain
Culture In ."hick embryo (1.,U,))

YABLCHOVSKAYA, L.Ya.
Vir
ological blood test@ of patleu's with certain malignant
neuroectodermal tumors. Vopr. neirokh1r. 20 no.1;29-35 ja-F 156
(KLaA 9 -6)
l.-Iz Nanchoo-iseledovatelOokogo ordena Trudovogo Krasnogo
Zaameni Instituta neyrokbirurgii imeni akademika N.H. Burdenko
Akademil meditsinskikh nauk SSSR.
(BRAIN, neoplasms
neuroactodermal tumor, pathogenic factor in blood)
(BLOCD, In various dig.
neuroactodarmal tumor of brain, pathogenic.factor
in blood)

TEGOROV, B.G.. prof., zaaluzhanny'y daystell nauki, otv.red.; VOLKOVA-
PAVWVA, red.; SAVITSKATA, Te.N., red.; SPIRIN, B.G., red.; UGM-
MOT, V.M., red.; FILIPPYCHETA, N.A., red.; TABLONOVSKATA, L.Ta...
red.; KCRNYANS~, G.P., red.; GRAZHDANINOV,IN2.
(Research of the N.N.Burdanko Institute of Neurosurgery of the
Academy of'Kedical Sciences of the U.S.S.R. from 1954-to 19581 Nauch-
nys raboty, vyshedahie iz instituta neirokldrargii inani akad.. N.N.
Burden1co ANN SSSR za 5 let, 1954-1958 gg. Pod red. B.G.Egorova.
Mosk7a, 1959. 157 p. (MIRA 13:3)
1. Akademiya maditsinskikh nauk SSSR, Moscow. Institut neyrokhirar-
gii.
(NERVOUS SYSTEM-SURGERY)

EXCERPTA YEDICA -god --16- *ol--7/9----- Cancer --SePt_7___59________
6 Transplantation of a hums pongloblastowskhnultiforme In th*
9
21a of SaineaVits (Russian toxt)YA11WHOMAYA L DIM. of Ne-urrourg.
AMS, Moscow Vefir, nkol. 195 07;--~) 11 0
A human spongioblastoma mulliolme was trans;lTantedinto the brain of the guinea.
pig. In 3 series of experiments, 75 animals were used. It was shown that the first
passage of the tumour transplanted into the brain of the guinea-pig had lo-b: made
h ansplan i'D~, as this time ce'vas
'hi ,o" a ft '4t 'r transpl 'att 10
Ln 4 ~, Lh,,d a e.r the
ginnng t r y r0wth )f th an . aking into account the low percen-
0 e ue if e
Ity of rai tumours, the vigs, f4 each
n =tab b n use of 8~io
age M sp
am Is adv ed
p

YABLONOVSKAYA, L.Ya.
Cultivation of multifom spongioblastom in rotatiAg, test tubes.
Afth. Pat. 21'no.12:42-46 15 014 1 Rk .13:12)
(TUMORS

YABLONOVSKAYA, L. Ya. (Mbskva K-6 d. 28, kv.2)
Some conditions of trimsplRntability and grovth of human
gli&l brain tumrs into the anterior chwaber of the
rabbit eye. Vdp.onk. 9 no.2:92-9716.3. (MIU 16:9)
I..Iz laboratorii eksperimentalinoy neyroonkologii petomor-
fol,rigicheqkogo' otdola (zav, -Prof. A,P. Avtoyn) Nauchno-
issiedovatollokogo instituta kieyrolddxurgii imani aWemika
N.N.Burdepkco~(dir. - doystvitellnyy,ohlen AM SSSR, zaulu-
zhennyy d6yitell ncuki prof. B.C.Yeg,:orov) AMI SSSR.
(BRAIN-TUkURS) (EYF,-TUMORS)
(TUWRE~-TRANSPLANTATION)

YABLONOVSKA-YA, L.Ya,; AVTSYN, A.P. (Moskva)
Malignant glioma in rabbits induced by methylcholanthrene.
Arkh. pat. 25 no.10~28-35 063. (111n 17:7)
1, Iz Instituta neyrokhi7urgii imeni NA Burdenko AMN SUR
(direktor - deystvitelInyy chlen AMN 5SSR prof. B.G. Yegorov)
i Instituta morfologii cheloveka AMN SSSR (direktor chlen
korrespondent AMN SSSR prof, A,P* kvt:3yn),

YABLONOV Ya.1 DEGTEVA S.A. (Moskva)
Effect of phenesterin on glial tumors of the brain in mice.
Arkh.-pat. 27 no. 12:60-63 165. (UP-A 18:12)
i..Iaboratoriya eksperimentallnoy neyroonkologii Instituta
neyrokhirurgii imeni N.N. Burdenko (dir. - deystvitellnyy chlen
AMN SSSR prof. B.G. Yegorov)- AMN SSSR i laboratoriya eksperi-
mentallnoy4himioterapii (zav. - chlen-korrespondent AMN SSSR
prof. L.F. Larioloov) Instituta eksperimentallnoy i klinicheskoy
onkologii (d*~.7~ Asystvitellnyy chlen AMN SSSR prof.
N.N. Blokhin) ARN SSSR. Submitted March 27 1964.

DOBIU, Yu.Ya.,-podpolkovnik med.sluzhby YgA!BjL;OjAW4 V.
Impetigo herpetiformis and its treatment. Voen-med.zhur. no.11:72
11 WRA 11:4)
IGO)

XF6010539 SOURCE CODE: UR/O376/i6/oo2/oO3/O33 0
ACC NR:
AWHORt Yablonskiyj A. I.
ORGt Institute of Nathematicep AN BSSR (Institut matematiki AN BS11R)
TITLEz On limit Cycles of a differential tion
SOURM Differentisiallnyye uravneniyap ve 29 no6 3t 19669 335-344
TOPIC TAM differential :Aq limit cycle, sioultenofflis'solution
rtiont
p i rre R-FdUrIAA- CCP0#')T1
A33STRACTt Conditions are developed forthe existence of a limiting cycle for the
equation ax' +" by' + aji7i-+' - 2~b
IXY.+C
pr+ 4y t a2X2 + 2b2 XY +Clow
Th:e limiting cycle is given by a fourth order algebraic curve of a defined type. A
solution for this equationis sought in the form
--WWj,1'F(-x)+T(X),'
Y
where (X) U~X+Qj;*
*P(x) -x2 + 2px + qt;;
T (x) + P, X -4-
and x is a complex variable. The so~lutioi_fiiiG~ton anLalgebraia function of the
-5M.P917-1
Card 1/2

-MM
ACC'NRi AP6010539
fourth order if' N, an assumption made for construct the solution. The
t--- ing
pol;lnomial terms w(ij-j-P(i)-ant T(x) are related through the.~systen of differential
equiLtiona
C2(2&P+WP')WIP+C2(2w'P+ivP')T'+""
+ (ax-- + cx) (2w%~ OP'j + +
+ (46,x + 2d) wr1P - UIW~R- (4b,w + 2b) wP 0,
T
12VjjMk,+4irj(2W,-P--+ WT4, (Piz,+ dj(2d-P 4- W W
+ 2c2eT'P + (4b2x + 2d) T7' + (2ax2 + 2cx) 7'
2cWIP - 2c,7. (4b,x AT 2b) T2ajj0 2ax,= 0. i
This system combined with the previously stated conditions forms an eleven-equation
system for determining the solution coeffi6ients. These relationships are used to
derive the conditions for which the solution gives a limiting cycle about 000). it
is stated that the integral solution curve does not pass through (OPO) if ~neceseary
condition -.b-dftj~+44
Coefficient-generating formulae sre- deA*4d 9'. ii&4'thi ipmeral form of the cycle in
established. Further conditions are set forth-with which the limiting cycle can be
identified. The reminder of the article., Is concerned- with th~ study. of special points
in the presence of the limiting eyoloo-Orige'art'Chass'62 equations.
SUB CODES ~ 12/ SM DAM 03890W.-PRIQ RV!'.~!,,004[,, M RM Coe
Card 2/2 jS

-YTT Z-~-L 0 ITr,-V'-5 v,
MITROPOLISKIY. Iurly Aleksoyevich; BCGOLYUBOV, N.H., akademik, radaktor;
YABLONOVSKIY, A.Y., rodaktw; RAKnINA,,N.P., tekhnicheskiy
[No&-stationary processes in noyatnear v$bration sys,tomel
Nestatsionarnyo protessay vnelineinykh tolsbatellufth
statemkh. Pod red.*II.N.Begeliuboya. Kiev Izd-vo Akedemii
1-Ukrainskoi SSR. 1955.'282 p. (MLRA, 9:1)
(Vibration)

VOLCHU, IjK,; T4BIO~OVSKIT, N.I.
Connecting automatic offices of district-wide communication service
into selective networks. Avtom. telem. i eviaz' 2 no.12:23-24 D '58.
(NIU 11:12)
1,zamestitel, nachllnika slushby signalizateii i svya;i Privolzhokey.
dorogi (for Volchek).' 2.Nachallnik derozhno]r laboratorii signalizataii
i avyazi Filvelosheksy derogi (for Tablonovskir).
(Railroads-TilephoneY

YABLONGVSKIY N.I.
Change of the input network of the UU-110 level indicator. Avtom..,
telem.i sviaz' 6 no.2:24 F ~162. (MMA 150)
1e Nachallnik laboratorii signalizatsii i svyazi Pri-volzhokoy
dorogi, vneshtatnyy korrespondent zhurnala "Avtomatika,
telemekhanika i svyazl."

YABLONOVSKIY N.I.
Increase in the measuring limits of selective IGU-60 heterodyne
indicator. Avtom., telem. i sviaz' 6 no,3:41 Mr '62.
(MIRA 15:3)
1. Nachallnik labovatorli signalizatsii A-vyazi Privolzhskoy
dorogi, vneshtatnnr korresploont- zhurnalr"Avtomatika, tele-
mekhanika i svyazt,11
(Railroads--Electronic equipment)

YABLON,SKIS.. I.S. [Jablonskis, J.1
Cyclic and se.cular variations In aver.5ge arimp-2 otreamf2ow a;A
solar activity. Trudy AN Lit. SSF. Ser., B no.3:149-1-62 163.
1. Institut energetiki I elaktrotekhniki AN Litovskoy SSR.

LITVIN, F.L.; PAVLOV, G.G.; SHMMAN, I.B.- YABLONSKIY, N.S.;
ZISKINDOVICH) V.A.; SHALYUGA, N.I.) red.
[Gear-cutting machines for cutting noneircular gear i4eels]
Zubonareznye stanki dlia narezanlia nekruglykh kolas. Le-
ning-rad, 1964. 20 D. (Leningradskii dom nauchno-takhniche-
skoi propagandy. Cb~on peradov~-m opytom. Seriia: Mekhaniche-
skaia obrabotka metallov, no.1) (MIRA 17:7)

i6 (2) SOV/2-59-4-3/14
Yablonovskiy~ S.
-ve Method in the
Experience in the Application of the Selecti
Initial Recording of the Use of Equipment
1, Vestnik statistiki, 1959, Nr 4, pp 19-23 (USSR)
The author states that 80% of statistical workers are those
who work at the source of production and that their work in
highly complicated, as described by B. Goncharonko in an
article in the Veatnik atatistiki7 1956, Nr 6. He auggesto
simplification and mechanization of their methods and recom-
mends the application of a selective method for initial re-
cording of operations of machinery-making industrial equip-
ment. Such an initial recordin~,is carried out by an ob-
perver (preferably a technician) who registers operations
of each of the 30 to 40 machines during each of the shifts.
In this manner, if the machine is operatingg the entry
"operating" is made. If it is under repair, then the entry
would be "repair". If the machine is stopped for adminis-
Card 1/2 trative reasons,.this fact is recorded and the reason stated.

SOV/2-59-4-3/14
1INPOASACS i-n the Application of the selective Method in the Initial Record-
18810f thO USS-Of -Equipment
The summary of these records is made for each shiftf each day
and each month, The registration can be mechanized mbye a de-1
vice consisting of 4 counters to register: basic tj 9 in-
tervala and stoppages for technical or personal reasons.
The author recommends touting this 13yatem at 100 factories.
The relevant monthly data should be entered into Form Nr
laft 2/2 TP-3. There are 4 tables.

WWI v4ri~ 9 -17111 RAIV~ WMIR-13i--,=.IWA~rwlt~ W
---- ------- --- --- -- -- --- --- - -- -- - - - - -,- - --- --- ---- - --- -- - - -

137-58-5-10268
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 5, p 197 (USSR)
AUTHORS: Batashev, K.P., Yablonskaya, N.S., Patrova, G. 1.
TITLE: Electrodeposition of Palladium (Elektroliticheskoye osazhdeniye
palladiya)
PERIODICAL: Tr. Leningr. politekhn. in-ta, 1957, Nr 188, pp 225-231
ABSTRACT: An investigation is made of the processes involved in pallad-
ium plating in phosphorus electrolyte. (E) in a stationary bath
and in a bell-type bath, and also in neutral E with soluble anodes
Palladium plating in quiet E was run under the following condi-
n of 2.5-10 g /liter, 2.5 g benzoic acid/liter,
tions: Solutio PdCl?
'432
20 g (NH4)2HP04 per liter, 100 N1 HP04/liter, p14 6.5- 7.0,
temperature 500C, Dy,= 0. 1 arnp~cm;2'potential I or 2 v. Pt, Pd,
and carbon anodes were tried. Carbon electrodes are recom-
mended for large-scale industrial palladium plating. The Pd was
deposited directly on parts made of polished phosphorus bronze.
It is shown that 1.5-2 micron bright Pd platings can be produced
in phosphate E containing from 5 to 10 g PdC 312 per liter, the
temperature of the solution being 500C. The dependence of cur-
rent efficiency in Pd deposition upon the bath content of PdC12

'031
137-58-5-10268
Electrodepositon of Palladium
(I - 10 9/litiEtr) ~nd upon current density (0.05- 0.2, am /dm2) is investigated.
The highest current efficiency is that at 10 g PdC1271iter and DK= 0- 1 amP/dm2.
The polarization curve of the Pd deposition process can be divided into 3 seg-
ments. In the first segment the process occurring does not involve liberation
of Pd.' The second segment is that in which the Pd?+ + Ze - Pd reaction oc-
curs. LiberAtion of, H2 in addition to Pd is observed during the eriod repre-
sented by the third segment. The maximum current for the Pd2T
+ 2e -Pd re-
action is, that occurring at DK =0. 15 amp/dm2.. It is shown that a reduction in
the PdG12 content of the bath to less than 2.5 g/liter. results in a dark deposit
and diminishes the current efficiency. A 4-liter bell has been designed to
mechanize the palladium plating of small parts. Under the same conditions as
,those used in a quiet bath, and with a 10-dm?- area of part surface to be plated,
bright Pd deposits of 1.5-2 micron thickness were obtained. The porosity of
the Pd deposit is determined by immersion in a 15% HN03 solution for 10-30
min. The pores are marked by the points at which bubbles attach to the sur-
face. It is found that the number of pores goes as high as 25 per' c M.? in a coat-
ing 0. l.micron thick, while no pores are found in a 3.5-micron coating. It was
found that it is possible to coat with palladium in neutral E with soluble Pd
anodes, provided that an area of insoluble carbon anodes equal to 1/3 the area
of the Pd anodes is had in parallel.
Card 2/2 1. Palladiun~--Electr6deposition L.A.

-*~ - ...........

YABLONSKAYA, V.A.
Residual effect of certain disinfecting agents. Gig.i oan. no.9:54 5 133.
(KRA 6:8)
(Disinfection and &isinfectants)

H

U'- mq-
RID C.

M,

IM, IN
~gg
4-1 w
WIN`!
U " -
M A"R
1�g ORM SIROW
Mmli NO

VASILOYLTA, L.V.,- YABLOUSKAYA, V.,A.
Development of active specific prevention of fever. Zhur.
mikroblol.epld. I Immun. no.6;Je '55o -(MLBA~8*-19)
1. Iz otdela rikketsiozov (zav.-prof. P.P. Zdradovskiy)
InFitituta.epidemiologii i mikrobiologii iment N.Y. Gamalei AMN
SSSR (dir-Prof. G.V. Vygodchikov)
.(Q YAM. prevention and control,
vacce.)
(VACCINES AND VACCINATION,
fever, results),

YABLOIISKAYA, V.A.
Serodiagnosis of Q fever. Zhur.mikrobiol. opid. i immu. no.6:
IW-44 Je 155. (WRA 8: 9)
1. Iz otdela rikketsiozov (zav.-Prof. P. F. Zdradovskiy) Instituta
epidemiologii i mikrobiologii imeni H.F. Gamalei. AMN SSSR (dir.
.Prof.-G. V.Vyg6dchikov) .'
rim'. diagnosis.
serol.)

VASILIMA, L.V., YABIONSKAYA, V.A.
Development of active specific prevention of q fever. BAport no.
1: Experiments on guinea Digs. Zhur.mikrobiol. epid. i immun.
no.6.-44-50 Je 155. -(tMRA 8:9)
1. Iz otdela rikketsiozov (zav.-prof. P. Y. Zdroodovskiy) Insti
tuta.apidemiologii i mikrobiologii imeni N.Y. Gamelai AMN SSSR
(dir.-prof. G. V. Tygodchikov)
(Q FAV , experimental,
vace. in guinea pigs)
(VACCINES AND VACCINATION,
Q, fever, in gainee, pigs)

~j~t
2'!

in,

I!tz3r vamrm-

"'T"r.9 W11 :t' Lr c t') tlicm of i-1-
a nt infec-66"A. No

-
-
p-emas was
,.
.ix, at&,e, att-~r
Rt!vac c, tvorttli, %,,ith tha satae vaccino
in a cinse of 0-5 Mi. of 14 lie. rsulli -;tl.-lwcd ItIl avitir'nir effecti'mRc".
c C. ItxkvA.IlO

Erautmtmml Q-P--u AL zir
'40. ;brlv~
hi h Infcc-~%,Ir7 for gulnC411J'13~lfs WIle
and into the tasti Th. 11) ict~,mlried by tenting fuT
Mominal inacu-N,
k,L',
region with varloms dc~;"
C, nical, qucrcwapc4x!. tat! cc:,Atg:cai J&ta it ~s-4 found that in
Jifteient dried rag culturLn rhe min:mal ln!tcun dose gvi,n by set-
lr- t~ In -it r?q ~tre of stand4rd egg
IC,-, And
u, A ... I ~j r;
21.
24 ~A
14
P..
k,

YABWNSKAYA, V. A.
Serolo gical Anal yois-.of Various Strai of Ricke tt sia Burneti,FF
ne
~by A. Yablonskaya, Division of Typhus and Other Rickett-
sioses, Institute of Epidemiology and Microbiology iriienl Gama-
leya, Academy of Medical Sciences USE311, Voprosy Virusologii,
Vol 1, No 5, SeP/oct 56, pp 24-29
This article describes the comparative serological study of the anti-
genic structure of strains 73, 353., 321) 1140, 1182, and "Schperling"-of
R.,~burnetl isolated in the USSR, and of the Mediterranean strain "Grita."
Corpuscular formalinized antigens from these strains were prepared in
concentrations of 500 million according to an optical bacte:~ial standard.
:~The antigens were tested for specificity by complement fixation reactions
with serums from patients suffering from pneumonia, influenza, dysentery,
malaria, and epidemic typhus. Standard Q-fever serum and guinea pig serum
..to which one ml of.noninfected yolk sac in a dilution of 1:10 had been
-added was also used. Formalinized antigen from noninfected chick embryos
vas-used as a standard.
from Q-fever patients'and immune serum from guinea:. pigs- were
studied by means of agglutination and complement fixation reactions.

-Tables: with the - fdllbw~' titles - 111ii6tidie' the, detailOd discussion.
of-,`~the~re,aults of these experiments, "Serological Differentiation of
Ri,ckettsia burneti," "Cross Titration of Antigens With Homologous and
Haterologous Immune Serums," "Change in the Antibody Titer of Guinea Pig
-bm~aae Serums in Relation to the Dose of Antigens," and "The Average
.,Antibody Titer According to the Agglutination Reaction in Guinea Pig
serwa at Different Periods of Time after Infection." A graph is also
_presented to shov the average titer of antibodies to different antigens
jn.1serums from patients.
On the basis of these experiments it was concluded that "all the
',s trains isolated in the USSR were found to be identical, whereas the
A-Gribal strain differed in antigenic structure. No significant differences-
1h-the titers of antibodies to all the strains studied were observed in
4
inirestigations of serums from patients by complement fixation and aga.
reactions. The best results.were obtained when using anti-
gens from the 'Grital and 73 strains. Investigation of serums from
~gtdnea pigs infected with domestic strains showed that serums contained
;i4ibodies to both domestic strains and to the 'Grital strain. The
obtained with antigens of -strains 73 and
ita"
-In tests.on serums from guinea~pigs infected with the 'Grital.~
'an the domes-tic.strains either were hot doserved or
tibodi-es-to
-in - low- titei6
thu's 3. serums, the: anti
Gr t4
Ody- spec rum-yas narrover.than in immune serums- of d6mestid: strains.
si~ dif ference r. in'-t*he_.anti enic structure of Rioke-ftsl~~ 01V the_ aritnt

YABIAWSK&YA. V.A*
Possibilities for clinical of sera dried on paper for a serological
diagnosis of riokettsial diseases. Zhur.mikrobiblel, ejoidem. i lammu.
27 no*3:90-94 KrI 56. '(MLHA 9--7)
1. Is sypnotifos~'aoy: laboratorii Imetituta spidexiologil I xWo-
biologil imeni R.P.Gamelol ANN Ssm.
(RICIZ M M DISIASIS. diagnosis,
serol. with dried sera, (RU
DWn SMK,
dried for serodiag, of rickettsial dis. (%a))

ZDRODOVSKIY, P.F., GOLINFIVICH, YesH. YABLONSKAYA, V.A.
In of Rickettsia prowazeki and its patho-
Characterization of t he E stra
genic properties [with su=ary in English]. Vop.virus. 3 no.3:136-142
W-Je '58 (MIRA 11:7)
is Otdel rikketRiozov Institute e-oidemiologii I mik-robiologii imeni
N.F. Gamalei AMN SSSR, Moskvas
(RICK&TTSIA, PIOdAZEKIT,
chnrnoterizotion pnthognn. properties of new strain.'
(Rus))

4nA~W 9~WNM-5XA 4--Qe~14----~rl a7
YABLCHSICAYA, V.A.; KOKORIN, I.N.
Experimental q fever among cotton rats. Zhur. mik-robiol. epid. i i=UA.
no.12:113 D 158. (KIRA 12: 1)
1. Iz Instituta epidemiologii i mik-robiologii, imeni Gamalei AMN SSSR.
N FEM)

TABLONSKAYA. Y,A~.
Ir=inogenic properties of Rickettsia prawazekil, strain 3.
Report Mo.2: Antitoxic immunity. Vop.virus. 4 no.3:266-
267 14Y-Te '59. (MIRA 12: 8)
1. Otdel sypnoga tifa i drugikh rildcetaiozov Inatituta
epidemiologii i mikrobiologii imeni N.F.Gamalei A1411 SSSR,
14oBkva.
(TYPM7S, in
I MUnol.

YABLONS
MIYA,
Diagnostic value of the hemagglutination reaction In typhus*
Zhur.mikrobiol.epid. i irmm. 30 no-5:111-115 My 159.
(HIRA 12:9)
1. Iz Institute, epidemiologil imikrobiologti imeni Gamlei
MIT S=.
(TYPHIJSO diagnonie
hemagglut, reaction (HUB))
(AGGLUTINVION, in var.dis.
typhus, diag. value (Rus))

W-PQnSLMj,-V-.k;7.,--KQVREVAj T.S.; YMEAENKOl A.V.
Epidemiology of typhus. Repod No. 1: Data on the serodiagaosis of
.'typhus, Vop. viruss 5 no., 2.:237-240 P~y~ 160. (KULA 14 -' 4)
11 Institut, epidemiologii i mikrobiologii imeni, N.F. Gamalei A14N
MSR, 2-ya Gorodskaya klinichaskava bollnitsat Imni-SoP. ~3otkinaq
Moftft-,:u--
(TYPHUS FLIM)

YABLONSKAYA, V.A.
Pathogenesis of latent rickettsial infections. Repoi,~,' 96.1: Generali-
zation of latent murine exanthematous typhus in white rats due to the
Pffeot of cortiameo Vop. virus. 7 no.2:249 ~h-Ap (MIRA 15:5)
1. Institut epidemiologii i mi3cubbiologii imeni N.F.Gmaalei A1411 SSSR.
(TYPHUS FEVER) (CORTISONE)

GOLINIEVICHp E*H. [Golinev,ichy ye-H-11N-J-ASK~~Lt
Live typhus vaccine prepared from Arain "ZO of Rickettsia
prowazeki. J. Hyg. epidem. 7 no.3t290-300 "63.
1. Gamale7a Institute o4 Epidemiology and Microbiology, Academy
of Medical Siciences of -~he U.S.S.R., Rickettsiae Department,
Moscow.

YABLONSKAYA, V.A.
------------
Results of the use of a reactoggric com-lbrined 2-i-
vaccine from stmin E of Rickett-z;ja prawaze)di. Veat. Am
SSSR 19-no.8:61-68 164. (MIRAL IS:7)
lo Institut epidemiologii i mikrobiologii imeni N.F.Gamaiai
P14N SSSR, Moskva.

YABL(VSKAYA, V.A.; BOYKO, V.I.;LYfiI4SHF.V, V.V.; RYTTK, P.G.
Mass vaccination with live cmbined ty-plms fever weiccLne fro=
the E strain of Rickettsia Prowazeki. 7op. virrus. 10 no. 0':
680-685 N-D 165 (111RA 19%1)
1. Otdely rikketsiozov In5tituta epidemiologii i mikrobiologii
imeni N.F. Gamalel, Moskva, i Beloruaskogo natichno-issledova-
tel'skogo instituta epiderniologii, mikrobiologii i gigiyeny.
SuLmitted May 5, 1964.

-25990 6
6 EW Y/T jjF
ACC NRs AP6016101 SOURCE CODE
(N) UR70402JZ31000rogti
:AUTHORs Yabloni;Wag V As; Boykoi V., I-*I I
4yams~e*, Vo 4
abl'lga
ORGI.~.Rickettsiosis Department, Institute og Kpjd2jAo1ogz AW ?LJ a &
Gamaleya, Moscow (Otdol rikimtsi7ozov Instituta epiderdologii i mihrobiologii) 1
~Rickettsiosia Department, Belorussian MIG (Otdol, rikketsiozov Belorueskogo IE11G)
TITW: Experience in the mass vagainatt W
_01of humans with combined live t1pho favor
.-,vaccine from the E strain of Rickettsia prcwazeki~0
.:SOURCEs Yoprosy virusologii,-nof-6, 1965, 68o-685
TOPIC: TAGS: vaccine, man, human ailmon gen
t Anti Amminization
ABSTRACT Recefit: studies (Golin6vichip Ye M.,, YabIbnska349 V. A-~ Voprosy
.Infektsionnoy Patolog~i i Imraunologii LP_2,?b1e='of Inifection Patlv)logy and
lmmunoloe,v - Moscow 1963,9.PP 199 and 212), of the reaction produced by live
E V_E -34 to 12v 2,19 of the i ersons
typhus favez (ZhS showedthat 5 ,p
Aneculated ei-.~-)erience late reactions. Hence) the authors, present the re-
suilts of an'investigation of tM _~possibilities for maximally, reducing the
reaction--to this -vaCeinj_.L ~ Since 84% of -the late reactions appeared on the
-1 t le -to, organize
~-_1611~_Ang ia6ciriatidn~ #,y4: ~hc -.advisab
_jq~d --qf~ the An-
t- V06 vithjn,the,,fij*~-_' ays
M~_A'_A
'3 37i:576L *85107i
WCt 6100981 61

USSR/Physics 21 Mar 1948
Heat Exchange Liquids
Mathematics, Appiied.
.."Experimental'Research bn the Heat Exchange Between Two Tionmixing Liquidsp" V. S.
-V*
Yablons-kiy., ' S. Yablonskiy, V. P. Ya7b-lonskaya., Moscow Petroleum Inst imeni I. M.
Gubkin, 3 pp
"Dok, Akad Nauk SSSRI Nova Ser" Vol LIX No 9 S- 75-
,Author presents sumnary of research enabling him to construct working formula to determine
complete co-efficient of heat exchange from water to oil:
where D is J-7diiameter of the res-evoir a
O.;Lr
-'submitted by ademi an M. V, Kirpichev, 24 Jan 1948.
PA 51T99

14(6) SOV/112-59-5-8753
Translation from: Referativnyy zhurnal. Elektrotekhnika, 1959, Nr 5, p 47 (USSR)
AUTHOR: Yablonskaya, V. P.
TITLE: Heat Exchange and Mass Exchange in Soils Liable to
Freezing
PERIODICAL: Inzh.-fiz. zh., 1958, Vol 1, Nr 2, pp 106-108
ABSTRACT: An experimental outfit is described for investigating the heat exchange
and mass exchange in soils liable to freezing. The criterion of the water-ice
phase transformation for sandy loams was determined experimentally, a%a well
as relations between the thermogradient coefficient and moisture content of the
sandy loam. Experimentally obtained curves are presented.
A. A. K.
/~A/ -5~6_~L:.-
Card 111

_jA PIP VSKAYA -I
Studying the transfer of heatend moisture in freezing and thawing
ground. Inzh.-fiz.zhur. no.1:91-93. Ja 160. (MIRA 13:4)
I.-Institut zhelezobetonnfth izdelly, stroltellnykh i nerudnvkh
materialov, Moskva.
(Soil moisture)"' (Soils--Thermal prnperties)
(Prozen ground)

f&~' o1ja nm
ibwz;m!)~a 1-:, fizVu-' w.-zlykh grantov (Inv;mtICOU--~ns in Fr-vm-
P~Ysln and 1,civinica) Tic. 4, T~~-,e3v, 1 1. 251 P. Errata (dtp
96
Ak'"rCY: A1(ndp---,L1Lya tinuk IMSR., 11vit'Unt r-ur.-.1ot,--v,,-dcUya Im.
R,!!~ r. Fdc.: Z. A. ITersesova. a-A W. A. Tsym-rich; Ed. of PabliOdng
N. Mkn1ayeva; Tech. Ea.: T. V. Volltpra.
-a-15 collection of artiel-ea in intemdecl for Scocryologinta ana
The collection vas vritten by staff =mbern of the Listitut ru-rzloto-
-teden!,7'a OAIT SSSR-- lnstit,:~te of rc%=frzst Stndies, A3 USSR --
!~-n ibe 'basic of thel- ecientUic research work condnatedL at the Lal,,-rat.-,r-I
cf Tbquics and I-kchanics of Frozen Orcund. The articles In the first part

-jith thi! Plynica cftbo ar1qpnic pr~,ncuzc 7: fc
vtttf~n-- I.r. thi A field v,~~rc ~)w7tllfn tb~, 1:-1: P
wurt Imcst-J.--r
eina7ctA by Tr. A. 11~atr cif ,Let
!:h,! "ice'ra ITI thi sin-nd p-trt.-~,f tbe om ::f
nc t~ney c7ni-:ern pr~,-03:27,:; !5f gz-and t--l
i--p-tAnt n-tv--iLtn ef Ilaknal"altz:; ill Antuctt~-a dcal."'n" Vitt
-7~f tro 11,w an(l def-n~:vtb",n tzul tbe ntnia.~th f f--z-m
A new rctK~~I for ccLl~a~xting the plasV--. fl-7Lr :.f ize-r,11"'etp
-v; Ma 1,CLuALmr tue ba,,,c-d ~-a ttae dita if M-11
.,ued by S. S. ';yt,'L%t
whizh be -tmdprt,~~;k fl-.-ring Vic vvmd Sc-i'let Antar:ttn
(ir-.6-,i958). Reterenaes fc,11trv each artl~c-!Q.
TATri-v oll
N. A. F)r,-w,.,rcl
Ty-Ay~:Tv:-Y. 1. A. Vatr-r Rigration Im 50013
of ft~lmngo Cati.0ou oa MUFttire
Z. A.
ItgratIM 4TA rjT-q;LaII :11ayInG Varl-"g

In-vestigationz in Frozen-Ground Physics (Cont.) SOV/5834
1(4nncrm, 0. S. Influence of Exchange Cations on the Cryogenic
Textmv of Rocks and the Structure of Segregated Ice 53
Dlyalrjv, K. N. Results of Experiments in Studying the Moisture
M1,gration in Frozen Growtd by Means of Radioactive Emission
T-rity'una7p T.,A., and M. M. Derbeneva. Som Paysicocheodcal and
MonMlogical Properties of permafrost Soils and Rockq in the
Far -X*~h 86
Pvv~hayev, G. V. Some Data on the Permeability of Thaved-Out Soils 101
Investigation of Heat Transfer in Frozen Ground
by -ttie Imtantaneors. Electrical-Pulse Metho;1 104
SECTIM 11
Tsytairi--.h. N. A* OrIgLu. Development, and Practical Application
^f tli~~ )&~ehanics of Frozen Ground 113
Vard