SCIENTIFIC ABSTRACT I.A. CHECHETA - G.M. CHECHIK

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000308220019-6
• Release Decision: RIF
• Original Classification: S
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• Document Creation Date: November 2, 2016
• Document Release Date: June 12, 2000
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


89494
5/182/60/000/012/004/010
A161/AO30
AUTHOR: Chechetat I.A.
TITI53 On Some Peculiarities of Plastic Bending of Bimetals
PERIODICAL: Kuznechno-shtampovoohnoye proisvodetvog 1960, No.12,
pp.11-13
TEXT: It had been stated pre*louily that bimetal strips require a
different bending effort to the usual kind, and that the spring
action ob-
served after removal of the deforming load (Fig.1) depends on the
relation
of the mechanical properties of the base and coating layerg on the
thickness
relation of layers, and from the position of the coating layer - in
the
elongated or in the compressed bead portion (Fig.2). The bimetal
strip be-
haviour is mathematically analysed assuming that the stress-~train
diagram
with a large bend radius is linear and that the neutral layer is
situated in
the mid of the strip depth. The be4a~ng moment formula is derived
(the
index I is used for values relating to the coating layer, and 2 to
the based
Card 1/1

89494
S/182J60/000/012/004/010
A161/AO30
On Some Peculiarities of Plastic Bending of Bimetals
9 Aliplill W + A292V2 Wo (4)
where 1.5 1.
2141 (nj+2)-rUT 2 = 2nL' (n
n1+2
2 hl hj% n2+2
h '72 1 +
c
W bh2
r h in the relative bond anglel
and the values of the factors J)p1j, and 122 are presented in
diagrams (Fig-3
and 4).
Card 217

89494
S/182J60/0W/012/004/010
A161/AO30
On Some Peculiarities of Plastic Bonding of Dimetals
The spring action angle is determined by the formula
'act. (AIT134 + A2? Z)RCR
-2?
EI(klk3+k2)
where RP is Rmean, and the k2 and k3 factors values are found
graphically
(Fig-5). The angles calculated with formula (8) are compared with
angles
measured in experiments (Fig.6) - the results are close. For
comparatively
small bend radii W 10,000 (Ref. 5). Experimental data with respect to
liq~#d ditolyl methane in t1ailient flow (2,220 < Re < 10;080) are
ex-
pressed as Ko a 0-00105 Re Rq I Nuliq - 0-00105 RGI.12 r j"(!PjrLj~
0.25
liq 1 q rw
U12 1.12 0 0
Ot - 0-00105 X d Prl.-43 li .25
_;-i iq
4 ( r. )
The reference value K. recommended by N.A. Mikheyev for the
transient zone
of liquid is close to values ealculated."cording to above formula at
R liq a'w 3,000. There are 2 figures 60~,'5 Soviet references.
1 4/6

20389
s/184/61/ooo/ooi/oo3/6i4
A104/AO29

lil
t I
I

MCHL,TKII-1, A.V.
investigation of mothouls for hoating coal by a gap carrier.
Koks i khim. no.2.-16-21 161. (,.IIPA 14:2)
1. Institut 1goryuchikh lekopetyemych AN 33SR.
(Coal pnpamtion)

GHEMTKIN, A.V.
Aerodynamic resiatanCO of a pneudoliquif.'Od laVr [vith
summary
in English). Inzh.-fiz. zhur. 4 no.9:17-23 S '61. (11IRA
14:6)
1. Khimiko-tekhnologicheekiy instituto 9. Moskva.
(kerodyawtics)

CHECHME KIN, A Yevich: SKVORTSOV, S.A., kand.
tekhn.
I
Inaukl retsenzent; SHERMIEV, I.Ya., red.;
fRIDKIN, L.M.,
'tekbn. red.
[High-temperature heat-transfer
agents]Vysokotemperaturnye
teplonositeli.- Izd.2., perer. i dop. Moskva,
Gosenergo-
izdat, 1962. 423 p. (KM 15:12)
(Heat-Transmission)

XAZARDVP*M.S.; OVBYwnwv A.A,; MITAISHVILI, A.A.;
YUDIN; -P.Q.; SOUDVIKV, A.A.; RUMYAP%TSr-,V, S.M.;
KOLICHEA I
NMLIN, M.R.; ORIJ)V, D.A.; HAYORSKIY G.I.;
ll.A.~; KOVALEV,,..A.I.; VLASOV, A.A.;-
Ly i~l LimVITSY
'VIN 4
I I , yas~ ~ IY, A.Z.; METALINIKOV, G.F.; PANUSHKTN,
G.P.; 4jL; MIMYEV,,V.D.; KOLMOLINIKOV, K.A.;
IfOLSEYk#A, A.I.; TIMN, G.I.; IM=VA, V.F.; GOFMAN,
Ya.M.;
BLWAL%WV, B.F.
K.I. Korshunova; an ibituary. Reeh. tr*wp. 20
no.120tit 161.
(MIRA 14:12)
(Korsl=ova., Kseniia Ivanovna, 1910-1961)

PRAU I BOOK E(PLOITATiON sovAS 26 2
VysokoteVeraturnyye tepjanositell (High-Temperature
Beat-Tranaftr
Agents) 2d ed., rev. and enl. Moscow, Gosenergoisdat, 1962.
427 P. Errata slip'inserted. 6500 copies printed.
Ed.: L Ya. Shorstnev; Tech. Nd.: L, M. Fridkin.
PURPOSE: This book In Intended for engineers and technicians In
the
h*at-power Industry. It way also be useful to scientific workere
and students.
COVERAGE: The thermodynamic., thernakinotia, und-hydrodynamlo
prop-
erties of high-temperatur* hoat-transfer agents are desarlbed,
an
well an their thermal stability# toxicity, and corrosive effect
on
..basic constructional mtorls.As. The data necessary for thermal
and &*ro- and hydrodynamic calculations of-heatlng and cooling
by
means of high-temperature heat-transfer agentsp and the basic
do-
sigh and construction of heating systems# are presented; some
Card 1/2
'2,--

_21gh-Temperature Heat-Transfer Agents BOV/5262
rsooinendailons for their operation ars also given. Field* are
indicated In which Individual h1$b-topperature heating media
and
heat-transfer agents can be enlojed. The author thanks'S, A.
Skvortsovs Candidate of Technical Solencems and It Ya.
Sherstnev
for their assistance. There are 290 references: 178 Sbviot
(including 12 translations)a 95 Nnglish, 13 Gerrians and 4
uniden-
tified.
TANA OF COMM
Introduction 3
Symbols 9
PART I. LIQM HIM- UFA MT-TRANSM AGE=
Ch. 1, Nolsoular Structure of LiquId HIgh-ToWerature
Heat-Trans-
fer Agents and Principles of Their Classification 13
1. Baslo characteristics of nuclear structure of liquid high-
temperature h6at-transter, agents 13
Card 2/11

,CH,ECHEMIN.,-,-A!~VI!~-[Gheehotkin,, O.V.1
Chemical composition of the tissues of hybrid chickens and
chickens of the parent breedo of various ages. Mr. biokhIn*
zbur. 34 noo2s262-269 t62. (MIRA 16211)
1. I*partnent of Biochemistry of Kharkov Sooveterinary In-
stitute.

CHECH-EIK-K, D,A.
Eliminating endogenic fires. Bezop. truda v prom. 8
no.12:
19-40 D 164. (MIRA 16:3)
1. Komandir 5-go voyenizirovannego gornospasatellnogo
otx7ada
na Dogtyarokom r-adnike.

BEZNOSOV, V.I.; NAUKIN, A.F., imb.-ekonomist;
TAR-LUGMOV, Ye.Ye.,
kand, ist. WAGORNOVA, A.Ya., red.;
BATOTSYRENOVA, D.B., tekhn. red.
(The giant of the Daryat A.S.S.R.; historic and
economic es-
say on the Order of lanin Locomotive and Car PUnt
in Ulan-
Udel Gigant Buriatii; istoriko-ekonomichaskii ocbeA
ftan-
Udenskogo ordena Lenina parovozo-vWnnogo &v6da. By
V.Beznosov i dr. Ulan-Udej Buriatskoe knizbnoe
izd-va 1960
152 p. (MIRA 153)
1. Haster kotellnogo tsekba Man-ldenskogo ordem
Lenina pa-
rovozo-vagonnogo zavoda (for Cheebetkin). 2.
Planovoy otdel
Ulan-UderLskogo ordena Levina parcvvzo-vagormogo
zavoda (for
Naukin). 3. Nachallnik otdola truda. i zarabotuoy
platy Ulan-
Udenskogo ordena. lenina parovozo-vagonnogo
za,.,oda (for
Beznosov).
(Ulan-Ude--Railroads-Rolling stock)

OVNATANOV, G.T.; CIIECHETKINJ. S.I.
oil fields of the Mangyahlak Peninsula. Nefteprom.
delo no.10:
15-19 164. (MIRA 17:12)
1. Vsesoyuznyy nauchno-issledovatellskiy
geologorazvedochnyy
neftyanoy institut, Moskva.

- CHECHETKIN V A
Surface-grinding machines. Standartizataiia 27
n0-4:43-45 Ap
163. (KMA :L6 t4)
(Grinding machines-Standards)

tP:

. . . . . . . . . . . . . . . . .

i&i
K
V
Y

.
o
. L
V.,
w, 14, No' 7.11 19-347-

In Rm-dan 3n. Ch friffins, in whO the batch is
chuStd
*
-'h
the tank
int
t b
i
0

o
~
o
0
r
qutttm (at 2
-M). Melting-tim shmw be considerably
-

Milmed, Since S
ompt the AMcate-fornI14 reactim take Place not in ft tank but on

Special .. assbi6prafion conveyons ", Pxvious expmin--~pzt3 an theze
fints in Russia

and G"n=y did not I=d to any prui3ical reatt, cg.
attempts to ca" out " frittl" 1~

In Totary Mini faikd becam at ft
reatinly low ltlnptrftl~M (W-700') the rmteml
dhe
d t
bi kit
l

a
re
o t
n wa
b and the in=tr layers did not mnitv mu&, beat. The prcxnt
inalhod I
ba
d
a
l
ti
el
b
i
f
i
i
h

o~n ac
s
se
ta
tm) com
ust
on o
n t
th
)r
c ftn
p% w
e batch, through

vvhkb the gm i3 drami; tW3 pemft control of both the
tm~emwrc and the atm*herc

in the bach 12,31U. (10 figs, 2 tAbl=.)

_~'XTHORS:
Konovalov, V. V., Chec miLWL, V. I., soy 72-56-7-5/19

Zaliznyak, D. V., Firer, M. fa;_~
TITLE:
Semi-Industrial
Investigations of the Thermal Preparation of

Glass Layers
(Polupromyshlenn
e issledoyaniya ternieheskoy

podgotovki stekoll kh shikh
7
PERIODICAL:
Steklo i keramikat 1950, Nr 7, PP. 17 - 24 (USSR)
ABSTRACT:
Such a sintering device is shown in figures 1 and 2 and
is

described afterwards. The tests were carried out with two types

of layers: the test-and the working layer, the compositions of

which are given in table 1. The curves of the rise in temperature

during the sintering of the two layers under the sane conditions,

are given in figure 3. The curves of the dependence of the

Na2so
4-content in finished aGglomerates on the relation of gas

and air
in the induction mixture for 2 sulfate-soda layers are

given in
figure 49. and are described in full details. The tem-

perature
curves obtAined with the sintering of the test layer

are given in
figure 5. Further the authors report on the filling

weight of the
agglomerated glass layers, as well as also on the
Card 1/3
productiveness of the agglomerates. The most advantageous height

Semi-Industrial Investigations of the Thermal Pre-
SOV/72-58-7-5/19
p~Lration of Glass Layers
of layer during sintering, as well as the optimum velocities
of this process are given in table 2. The duration of the heat
treatmenty as well as the curves of vacuum-chan3es for
different
types of layers and heights are given (Figures 6,7 and 8). The
heat-treatment lasts 9 to lo minutes. Then, the consumption of
loosening- and foundation material, as well as the gas
consumption
for the heat treatment of the layer are given. The dependence
of the specific gas consumption on the excessive air supply for
various layers is shown (Fig 9). The recommended gas processes
for some glass-layers are given in table 3. The dependence of
the gas consumption on the duration of the heat treatment and
the sintering speed are illustrated by means of curves (pigs 10
and 11). Such a device has been developed for a tank furnace of
the Gomel' Glass-Works on the basis of the semi-industrial
tests
carried out. A test series of the glass melting of heat-treated
layers was carried out by which the technical and economic
effi-
ciencT of their industrial use was.yroved. There a-ro 11
figures,
3 tables) and 2 Soviet
Card 2/3

Semi-Industrial Investigations of,the Thermal Pre-
SOV/72-58-7-5/19
paration of Glass Layers
1. Glass--Processing 2. Glass--Sintering 3.
Glass--Temperature factors
Card 3/3

1 SOV/72-59-lo-6/14
15(2)
AUTHORS: Zaliznyak, D. V., Firer, M. Ya.,.Konovalov, V. V.,
Chechetkin,
V. I., Dunayev, V. G.
TITLE: The Influence of Thermal Preparation of the Charge on Glass
Prits
PERIODICAL: Steklo i keramika, 1959, Nr lo, pp 21 - 27 (USSR)
ABSTRACT: In the years 1952-1954, the Moskovskiy gornyy institut
(Mosccw
Mining Institute) together with the Gomel' Glassworks carried
out investigations of the thermal preparation of glass charges
(Footnote 1). Experiments on the melting of the sintered charge
in continuous glass-melting furnaces were carried out at the
Gomel? Glassworks, and experiments of comparative melting con-
cerning the initial and the sintered charge were carried out at
the laboratory of the first Kafedra silikatov i stekla Belo-
russkogo politekhnicheskogo instituta (Chair for Silicates
and Glass of the Belorussim Polytechnic Institute), at the La-
boratory for Glassm-Melting, as well as at the test plant of 'the
institut stekla (Glass Institute) (Footnote 2). It was estab-
lished that the melting time of the sintered charge de.vends on
Card 1/3 its content of free Na 2so4 (Pig 1), as well as on the
temper-

The Influence of Thermal Preparation of the Charge on
SOV/72-59-1o-6/14
Glass Frits
ature of the sintered charge (Fig 2). It may be seen from
figures 3,4,5, and 6 that vitrification is considerably
accelerated during the melting of the sintered charge. The
melting time of the initial and the sintered charges is shown
in table 1. As may be seen from figure 7, the maximum furnace
temperature was 13500. The chemical analyses of the glasses
from the sintered and initial charge are shown in table 2.
Ex-
periments showed that at furnace temperatures of from 1350 to
14500, the entire melting and the refining of glasses from
the
sintered charge afford better results as compared with the
initial charge Moreover, at equal charge weight, 20~ more
glass
is obtained from the sintered charges than from the initial
charge. The chemical analyses of two experimental batches of
sintered charges are shown in table 3. By using a cold
siDtered
charge, the furnace output can be increased by 25-30~" and by
using a hot charge (at 800-9000), it can be increased by
35-4o%, and the time of vitrification and refining can also
be
considerably reduced. According to indications of Professor
N. V. Solomin (Footnote 3), the furnace campaign can be
Card 2/3 ;onsiderably lengthened by using a sintered charge.
Accord.ing

The Influence of Thermal Preparation of the Charge on
SOV/72-559-1o-6/14
Glass Frits
to indications of Professor M. G. Stepanenko (Footnote 4), the
efficiency of such a glass-melting plant can also be considerab'k
increased. Conclusions: As shown by the experiments, the ther-
mal preparation of glass charges is of great interest for the
glass industry. To utilize all the advantages of this process,
its economic viewpoint should also be considered. There are
7 figures, 3 tables, and 5 references, 3 of which are Soviet.
Card 3/3

PEMNKO, B.G., prof.; ANMEYEV, Ye.V., kand.vaterin.nauk;
ROTOV, V.I.,
kand.vaterin.nauk; TOLSTYAK, I.Ye., kand.veterin.nauk;
KONOZENKO P.A.0 mladshiy nauchnyy sotrudnik; ONELAYENKO,
A.A.,
mladshiy Luchnyy sotrudnik; BAKUM&NKO, M.D., uladshiy
nauchrO7
sotrudnik,- CBSqjjWINA N.P.', starshiy laborant
_4____
Crystal violet blood vaccine against foot-and-mouth
disease.
Veterinariia 40 no.7:9-10 J1 163. (HIM 16:8)
1. Ukrainskiy nauchno-issledovatel'skiy institut
skeperimntallnoy
vaterinarii.
(Ukraine-Foot-and-mouth disease-Preventive inoculation)

STROKOVA. I.; VASILIYAVA. T.; KAM. M.; CHICHETKINk. S.
Improve the leadership of production meetings. Sov.profsoiusy
7 .no.15:33,-36 Ag 159. (MIRA 12:12)
(Works councilO

8/133/61/000/012/0- VC06
A054/XI 27
AL-1 HORS. Ladyzhenskaya, F.M.; Ryabchlkovas.O.A.; FudIm, L.I.;
Chechetki-
Lapshin, L.Ya.
na, Zh.A.;
TITIZ Preliminary parkerIzing of wires prior to drawing on production
lines
MIODICAL; Stal", no. 12, 1961, 1,129
1-132
4
TEXT: Parkerlzlng contributes towards higher drawing speeds, reduces
re-
jects and raises the service life of the wire. As only 'clean wire can
be park-
erized, tests were made with pickling and washing the wl" prior to
parkerizing.
Scale can be quickly removed when pick--ing in a hot
18-%,concentratic2 of hydro.-
ZhIcric Acid att65 - 700C. adding velOSIte As foaming agpnt (0-5 k&/m
) and
;pickling for 15'sec. When this pickling bath is used and the wire is
washed
Ithoroughly afterwards, no abrasion of the wire is necessary. Another
effective
bath composition is a 204 solution of H2S04 at 75.- 800~ for 20 sec.
After
this treatment, 1howevor, abrasionof the wire can not be:' omitted.
When prepar-
ing the monophoG!phate-zinc.solutlon for the process. card must be
taken to ob-
tain a sol i sufficient acidity. without
ution which has .~however. having an ex-
Card 1/3

3/133/61/'OOD/01Z/006/006
Preliminary parkerizing of wires prior to .... Ao54/AI27
cess amunt of free acidity. which would deteriorate the quality of
coating.
Thv- best results were obtained by adding zinc nitrate (20 &~!) tc
the phzsphate
s.~Iutlon. This Inereases the general acidity of the aclution f-M
13-8 ',~ 25
and accelerates the process particularly for low c~,ncentratlons and
results in
a phosphate coating three times thicker than the Stan
dardl ccatin~s. When apply-
Ing zinc phosphate with a concentration of 4 or 6% and adding zinc
oxide and
=Inc nitrate, parkerIzIng Is effected rapidly at 70 - 800b, keeping
the wire In
the bath for 20 sec. The weJg~~t of;coating will be, about'3.5 g/m2.
The addi-
-rion ~f: 100 g/l sodium nitrate also'ao cele rate a the procehs.
Zinc oxide and
zinc nitrate should be used in combinaticni the former to,dearease
the free so-
Idity of the solution somewhat, while the latter is appliid to raise
the genera
acidity of the bath. In the continuous wire drawing process
parkerizing Is
carried out after pickling In 18 - 20-% sulfuric &cid with maximum
5% FOS04 at
70 - 860C. and washing in water. The phosphate bath should hake tan
acidity, of
35 - 66 and a free acidity of 3 - 6. a temperature of 70 BOOC. A
zinc-phos-
phate concentrate (heated to 700C) containing NaNO3 has 4 be'added
to the
bath. The entire process in completed by washing in running water
and dipping
in a 2 - 3% soapY Solution (at 50 600C) or by liming. Whe list phase
of the
prcmeas is drying at 150 2000C. Tho wire prepared In ttia wly is
t1hen fed
Card 2/3

S/133/61/ODO/012,/006/006
Preliminary parkerizing of wires prior to .... Ao54A127
into the drawing stand. It was found in practice that drawing rates
of 900 M/
/min can be obtained by passing the wire twice through the phosphate
bath (40
see instead of 20). In the tests for wires 1.3 - 1.7 mm in diarater
4 kg/ton
phosphoric acid and 0.85 kg/ton zinc were used. There are 4 figures,
3 tables
ard 9 references: 5 Soviet-bloc and 4 non-Sovlet-bloo.' The
references to the
English-language publications read as followat H.A. Holden, S.I.
Scouse, Wire
industry, 1949, v. 16, no. 192; V.D. Smith, Wire and Wir* Products,
1945, P-IL
no. 2.
ASSOCIATIONS: NID=IZ 1 Magnitogornkly kallbrovochnyy z&vGd
(Aagnitogorsk
Grooving Plant)
Card 3/3

LOMAUVSKAYA, Y.F.; CHIMMO, L-I-
field crop cultivation In Irkutsk Province* TrWy
Vast*-Sib.
file AN SSSR noe?9%55-65 059, (NDU 13:9)
(Irkutsk Province--fteld crops)

CUMTKO, L. 1.
------------
Some results in the work with corn In Irkatok
Province* Trudy
Vost.-Sib.. f11. AN SUR no.29:72-77 159. (KM 13:9)
(IrImtsk Province-Corn (Wse))

50V/ 124 - 58-8-.9301
Translation from: Referativnyy zhurnal, Mekha-nika, 1958, Nr 8,
p 133 (USSR)
AUTHOR: Chechetov, AN.
TITLE: Methods for Investigating the Frame of an All-metal
Railroad
Passenger Car in the Elastic-plastic Range (Metodika issledo-
vaniya ramy tsellnometallicheskogo passazhirskogo vagona v
uprugo-pl.asticheskoy stadii)
PERIODICAL- Tr. Bryanskogo in-ta transp. mashinostr., 1957, Nr
17,
pp 169-175
ABSTRACT: Bibliographic entry
Card 1/1

GEMOHITOV, A.V., kand. tekhu. usuk
Approximate design of s, frameless tank. Isv. vye.
ucheb. sav.;
mwhiaostr. no.11112:112419 '58* (MIRA 130)
lobrywiskir imstitat transportzogo mashinostroyaniya.
(Tanks)

BELOV, L.M.; DZIWIMVS, B.S.; TVANOV9 R.B,;
KRIVOKMTSKIY, A.B.;
NEDOVESOV,, V.G.; QE2HEVt_jj~~t .
_Decay,of Cm245 and Cm~~. Radiokhiniia 5 no.3:394- ,
395 163o (KMk 16 -. 10)
(Curium isotopes-Decay)

ROGACHEV, I*M.; CHECHEVp V.P.; KATYKHIN, G.S.
A...Tranilition in pb2lO decay. Vest. LAU 18
no.22s92-96
163. (MM 1711)

DMLEPOV, B.S.; IVANOV, R.B.; NEDOVESOV, V.G.; CHECHEV, V.P.
OC-Decay of curium Isotopes'. Zhur. eksp. i toor. fiz. 45
no.5:1360-1371 N 163. (MRA 17:1)

,,T.HBCO,VITSA, M.G. [Chechevrtsia, N.H.]
we take into account former experience and
aclentific data.
NaukiL i shyttla 6 no.9:22-24 S 156. (1411~ 1):5)
1. Prodsedatell artall *Shlyakh do kommmicum"
Kulikovnkogo
rayom. Chernigovskay ablastle
(Kullkorka District-SwIne-yeeding and foods)

CHNOMITSKIYA T.Ye.; VCLOSEN. A.M.; TY=n, P.G., inshoner,
retsonsent;
DUAXJW, F.F., Inshoner, redaktor.
[work on coordinated boring machines] Rabota no
koordinatno-rastoch-
afth stankakh. Nookwa' goo. nauchno-tekhn. Isd-ve
mashinostrolt. i
sudoetroit. lit-ry, 1954. 142p. (KERA 7:7)
(Drilling and boring machinery)

L
JCUZNWSOV. A. 1. inshener; CMH*ILT , T&.Z.. inzhener.
Autonatizatlon of the opaning and closIng of gates usIV49 mobauleme
with pasumt1a cylinders, Moahlaostrottell no.?-.43-" i1 157.
(Pneumatic mobluery) (AutowALtlo control) (KIRA 100)

r-ut-~-Lk, I &a Ll ---------
-jqvw ~l W I -
KOMLRM IKIT, V.T.; qQFHI A.A.; DOTSMO, M., reduktor;
VUY3K. M.,
tekhuichnly redektor.-
(Work practices of road-buildlug machinery operators]
Doevid roboty
mashynistiv dorosholobudivellufth mashyn. J~yiv.
Dersh.vyd-vo takhn.
lit-ry UM. 1953. 52 p. (MLRA 8:2)
(Road each inery)

I
CH-MIIK. Area Abramovich, kavAidat tokhaichoskikh sAuk:
ALIMA.,
,r 01, OVA.Yo.. tokhalchookly rodaktor
EBrickjayer's manual] Pamiatics kasonshchiks. Kiev, Izd-vo
Akadsmil arkhItektury UM, 2935. 112 p. (N2A 90)
(BrickUyIM)

ALOMOVICH, Sawn Zinoylyevich. kmndidat tekhaicheskikh
nauk; SUMORM.
Aron Abraouk6 ke.adidet tokhnloh~Wdkh nauk, dotment;
SNF -UWO
Valentin Ioillo-vich, kandidat iekbalchmakikh usuke
doteent;
SHBLKOVMT.. Vollf Koiseyevichg iuz~hauar; SHCHU2M.
A.9.. vedusheMy
rodaktor; PATSALYtW,.P.N.,.tekhutcbmskiy redaktor
Wectlqg bi4ldings of precast reinforced concrete]
Nontash Zdanit
Is s~orvykh zhelqsobotonuykh konstraktoll. Day, Goo,
Isd-vo tekhn,
lit-ry U$SRO 1956. 246 p. (KIBA IQ-.2)
(Proosit concrete coneraction)

111~-I
CIIECHIK, A. rChechyke Aj,, Imud.tekhn.nauk
Masonr7 work under cold weather condit one. Sil
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no.12:7-8 ID 157. (MIRk 13:5)
(Iksonry-4old veather conditions)

-CHMIK, Aron Abptqq_v~q_~)m_ Ad.7-.takhn. nauk. ;
TUROTSKIY, B., red.; ZXLXNXOVA.
' red.- - ~
[Handbook for brick2ayerol Famlatka immenshabiks. Izd. 2.,
ispr.
I don. liev, Goa. is4-vo lit-ry po strolt.-I arkhit. USSR,
1958. 129 p.
(MIRA 11:11)
(Bricklaying)

BUDNIKOV., Mikhail Sergeyevich-, doktor tekhn. naukj,
prof.;.-CMCNI
-Abramovich kand. tekhn' nauk., dots.; OBOZNYY,
Aleksey Pavlovich.,
nauk, -dbt6*,;- PMMKO,- Grigoriy Mikha-ylovich, dots.;
ILIMOVICH, Semen Zino~!ybiribh.. khnd. tekhn. neak,,
dots.; KHAZAN,
Moisey lakovlevichp kand - t4khn.-nkuk, dots.;
REZNICHENKO, I.Ye.,
red.; NARINSKAXA, #.L., ;ekhn. red.
[Building techniques] Tekbhologiia. stioitellpykh
protsessov.. Kiev,
Gos. izd-vo lit-ry po stroit. i arkhit. USSR, 1961.
487 p.
(MIU 14:12)
1. DaystvitelOryy chlen Akhdemii stroitel'stva i
arkhitektury SSSR
(for Budnikov).
(Building)

CHECHIK,,-B.E.; BERGOLITS, V.M.
Isolation from mouse tissues of a heterogenous antigen reacting
with sera against human leukemic spleens. Probl. gemat. i perel.
krovi no.10:11-18 162. (MIRA 17:12)
1. Iz laboratorii eksperimentallnoy terapii opukholey (zav. -
doktor med. nauk V.M. Bergollts) Gosudarstvennogo
onkologicheskogo
instituta imeni P.A. Gertsena (direktor - prof. A.N. Novikov).

AVDBM, G.I.; GHEMIK., D.E.; KUGHVJ2(KO,, V.I*
bee of precipitin reaction in g6l for the study of
antigens In
the spleen of patients vho have di6d frm leukemia.
Probl.
gemat. i perel. krovi 8. no.lslO-16 Ja 163. NIHA
1615)
1, Iz laboratorii virusologii (zav.-prof. V.V.
Gorodilova) i
eksperimentallnoy terapii opukholey (zav,-doktor
med. nauk
V.M. Bergoltte) Gosudarstvennogo onkologicheBkogo
institute
imeni P.A. Gertsena. (direktor-prof. A.N. Rovikov).
(LEUKEMIA) (SPLUN) (ANTIGENS AND
ANTIBODIM-APALYSIS)

rz.RGoLTITS, V.M.; CHECHIK, B&E.
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LIMGAUER, N.A.; ZILIECOW, D.B.; YANOVSKIY, A.D.;
KAMENETSKAYAp I.Taa;
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O.V.
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1. Kiyevskaya stantsiya skoro" meditsimakoy pomoshchi.
.?MOM W (KIEV-EMLISM)
(,M

KORKUSHKO, O.V.; KLIBEEMAN, D.B.; YANOVSKIY, A.D.;
IKAMENETSKAYA, I-Ya.;
KRASHENINNIKOVA, N.G.; _qjqCHj.K,,E.A.
Some characteristics of the clinical aspects and
'.reatment of the
acute period of myocardial infarct in elderly and
benile persons.
Vop. geron. i geriat. 4:179-185 165. (MIRA 28;5)
1. Institut gerontologii AMN SSSR i Kiyevskaya
stantsiya skoroy
meditsinskoy pomoshchi.

--- ~ -- - -, --I-- ----
C/I C~ c-4, 4, 1/ /.Y,
ZTYIGINA, F.E.; LESHKEVICK, L.G.;~,.CHECHIK. F.L.: YAKOVIEV,
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nauchno-looleduratell-
skogo Inetituta fisicheakoy kulltury.
(LIPOLYSIS) (PHOSPHATES)

-------- --
CHECHIK, G.
Firm plans should be prepared in enterprises. Fin.
SSSR 23 no.2:55 F 162. (MIRA 15:2)
1,, Nachal Inik p3ALAilvo-ekonomichookogo otdela
Kazanskoy
Shveynoy fWriki, NO.I.
I (Fi=mce)

--
Safety engineering in the remodeling of a gas pipeline
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1. SU-1 treat& Nefteprovodmontazh, Kazan'.