SCIENTIFIC ABSTRACT SADEMACH, H. - SADIKOVA, N.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001446620015-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


ACC NR:Am6005564
Ch.IX. Theory of.finite span wings in supersonic flows 206
Ch.X. Theory of supersonic flows over bodies of revolution 281'
Ch.Yd. Principles of:hypersonic aerodynamics 348
Ch.XII. The boundary layer and aerodynamic heating at-high speed
410
Ch.XIII. Certain problems of rarefied gas aerodynamics 491'
Ch.XIV. PrInciples of magnetogasdynamics 516
Bibliography 553
SUB CODE; 20/ SUBM DATE: 02Jul65/ ORIG REF: 022/ OTHER REF :.r- 0 0 7
Card IL

RM9

KEROFYAN, K.K., prof., doktor tekhn. nauk, red.; PUKHOV, G.Ye.,
prof., doktor "L-lekhn. nauk, red.; UGODCHIKOV, A.G., 1)rof.,f
doktor tekhn. nauk, red.; SAI)ETOV.,.,S.Ya., dots., kand. tekhn.
nauk, red.; GUIIKB',, I I., assistent, red.;CHEGOLIN,P.M.,dots.,kand.
tekhfi.naukJ,red.(Minskj
(Proceedings of the Inter-University Conference on Electric
Modeling of Problems of Structural Mechanics, Theory of
Elasticity, and Strength of Materials] Trudy l,,ezhvuzov:3koi.
nauchno-tekhnicheskoi konferentsii po, plektricheskomu modeli-
rovaniiu zadach stroitellnoi mekhaniki, teorii uprugosti i
soprotivleniia materialov. Pod red. K.K.Keropiana i A.G.
Ugodchikova. Novocherkassk, Rostovskii inzhenerno-stroitel'7
nyi in-t, 1962. 176 p. (MIRA 17:4)
Mezhvuzovskaya nauchno-tekhnicheskaya konferentsiya po
elektricheskomu. modelirovaniyu. zadach stroitellnoy mekhan4ki,
teorii uprugosti i soprotivleniya materialov. 2d, Rostov-na-Donu,
1962- .4 2.- Rostovskiy-na-Donu inzhenerno-stroitellr~~--Jn-
stitut (for Keropifan,.Sadetov, tunkin). 3.Chlen-k-orrespondent
AN Ukr.SSR i Vychislit~llnyy tsentr AN SSSR (for Fukhov).
4. Gorlkovskiy inzhenerno-stroitellnyy institut (for Ugodchikov).

Po/oo82/65/000/0111,/0070/0073
POIJAM
AWHOR: Sobieniecki, Wlodzimierz (Commanderg Doctor); Sac5l%d,az.Adam
(Lt.CommandergDootor)
ORG: none
TITLE.- Ergonomics in the navy
SOURCE: Prze-lad morski, no. 11, 1965, 70-73
Jc ntress,,
TOPIC TAGS: naval psychology, psychophysiologyj psycholo-
w,oricing condition, psychometry, behavior pattern, operatlona resoarch
M33STRACT: The principle of ergonomics are discussed and the d eni r-,
ability of applying this science.to the training of naval per3onnel'
Is stressed. The wide range of problems with which ergonomics.is con-
corned can be profitably!studied aboard ship, Ergonomic research will
make it possible to utilize the human factor-in military service,

CZECHOSLOVAKIA UDC 616.~633(:547-587-43):616-()03.829-7:616 633,
(547-587.21 )-674
KRIZEK, V.; JIRKA, M.; Research Institute~ for Phys-1
iatry, Balneology, and Climatology (VyZk-umny Ustav pro Fyziatrii,
Balneologii a Klimatologii), Marianske Lazne, Director.(Reditel)
Prof Dr K. PREROVSla; Institute for Investigation of Child Evol-
ution, Pediatric clinic, Charles 'University (Ustav VyzIcumu Vyvoje
Ditete Fakulty Detskeho Lekarstvi KU), Prague, Director (Reditel),
Prof Dr J. HOUSTEK.
"Contribution to the Mechanism of Excretion of Homogentisic.and'Gen-
tisic Acids by Kidneys."
Prague, Casopis Lekaru GesIcych, Vol 105, No 30, 15 Jul 66, np
793 - 79d
Abstract A-uthors English suuniiary modified_7: The mechanism was
investig ed in 6 patients with al apatonuria. Homogentisic acid
is excreted by glomerular filtration and tubular secretion and cor-
responds to the clearance Iof p-aminohippuric acid. BeneiAd reduces
the excretion. Gentisic acid is reabsorbed by ttie tubules, ttiereby
differing from the mechanism shown by honlogentisic acid. Its trans
port through the tubular cells proceeds in the opposite direction.-
k Figures, 5 Tables, 11 Western, 15 Czech, 3 Japanese.~references.-
Mar 66).~
(Ms. rec.

SADIKARIO, A.; MUIDENIOVSKI, D.; J,7ARIJL'IA, R.; UR16TOVA, C.
Some special aspects of diabetes mellityu-s -in childhood.
God. zborn. med. fak. Skopje 11:165-179 164-
1. Klinika, za detski bolestl pri medicinsklot fakultet,
Skopje (upravitel:.uruf. d-r., H. Duma).

141A

. -I,'

GAO-YUA,U' Yj&riY- SADIKOV A.A.
Prospects for ths development of river transportation in the
Amur Basin,.Rech.transp..16 no.5:9-11 My '57- (MLR9. 10:5)
1.Rukovoditel', transportnykh issledovani7 Khevlunzyanskov ekspeditaii
Akademii nauk Kitayakoy Narodnoy Respubliki, direktor Instituta
vodnogo transporta (for Gao-Yuan') 2.%challnik transportnogo otryada.
nauchny7 sotrudnik Instituta komplakanvkh transportnykh problem
Akademii nauk SSSR (for Sadikov)
(Amur River--Inland water transportation)

29525
113/062/61/000/011/012/012
2 2 Ll
B103/B147
AUTHORS: Gorbunov, N. S., Shishakov, N. A., Sadikov,.G, G., and
Babad-Zakhryapin, A. A,
-diffraction study of titanium carbide and nitride
TITLE. Neutron
PERIODICAL: Akademiya nauk SSSR, Izvestiya, Otdeleniye khimicheskikh
nauk, no. 11, 1961, 2093 2095
TEXT: The composition.of (a) titanium carbide, and (b) titanium nitride
was studied at the beginning aud the end of their homogeneity ranges.
The neutron-diffraction pictures were taken with a remote-control neutron
diffractometer (R. P. Ozerov, S. V. Kiselev et al. Kristallografiya
No. 2 (1960)). It was positioned on one of the horizontal channels of
the MPT-1000 (IRT-100.0) reactor of the Institut atomnoy energii Aka,demii,
nauk SSSR (Institute of Atomic Energy of the Academy of Sciences USSR).'
The wavelength of-the neutrons which were monochromatized by reflection
from the (111) plane.of a lead single crystal, was 1.06 L. The neutrons,
scattered by the specimen were recorded automatically by meansof an
3nn-og (EPP-09) in dependence on the dispersion angle. The relation,of:
Card 1

29525
5/062/61/000/011/012/012-
Neutron-diffraction study of... ~103/B147
the intensities of the-individual reflexes (Table) was determined from them
relation~of the areas below the integral curve of the count intensity
with deduction of the background., Fig. ) shows the neutron-diffraction VY
pictures. They show only the reflexes satisfying the extinction
condition for a face-centered,.cubic lattice, -In such a way, the x-ray
data on the symmetry of the unit cell of the compounds studied were
confirmed by neutron-diffraction data. The absence of, superstructure
reflexes proves that the nonmetal atoms are distributedstatistically
in.these compounds. The calculated intensity values were found on the
basis of the equation: I calc! F2p(1./sin2�cos-&)A(&), where F is a
structure factor; p is the recurrence factor; and 05) is the absorption
factor. In the present~case, A(i5) depends only slightly on the.angle
and was thus not taken into account. It has been found that the
calculated intensity values of TIC, TiC and Tjo..~_N
0,.25 are in good
agreement with the experimental data. In TIC the composition of
O~25
which is almost stoichiometric, the Ti atoms occupy all possible
vacancies- Actually, the nonmetal atoms are In titanium carbide and

29525
S/062/61/000/011/012/012
Neutron-diffraction study of... B103/B147
'-ride in the octa cupied.statistically
it hedral. holes, These holes are oc
n
lum
in t,.taniun carbide which shows a deficiency of carbon, In ti't-.an--
nil.ride, the lattice is deficient as to titaniumi There are 1 figure,
table, and 8 references'. 4 Soviet and 4 non-Soviet, The two referencee.~
~~o English-language publications read as follows; J. Bacon, Difraktsiya
neytronov (Neutron diffraction), I1, M., 1957. Tekhnika vysokikh
temperatur (High-temperature Engineering), edited by I, E-- Campbell,
IL M' !0c9,
I n SL; t-0 t e
Institut fizicheskoy khimil Akademii nauk SSSR
of Physical Chemistry of the Academy of Sciences F-'
SUB1.11ITTED May 25, 19061
Table ~xDerimentaland calculated reflex. intensities for titanium carbide
and nitrlde-
Legend~ titanium nitride; (2) titanium carbide;~O) I,xp; (4) 1
-for Ti r TiC.
0 851'; (5) 'calc fo~
Card 31'h

~The flow of a viscous liquid between D251/D302~
C, M
P x
(5) is obtain ed in the form,
au
- a2u
q(t) +
(8)
at 2
ay
and~hence, by means of a Laplace transform
Ulf (Y' S) - 2v- Tj(y, S) + U (Y 0) + Q(S) 0. (9)

Applying the boundary conditions (it being assumed that theinitial-I
condition is in the form of a-second degree polynomial), the solu-
tion

U(Y, s)= +2cv + I Q (S) +
_' (cy" + ey + g)
S S! S

ch
Y

Ch -h
~Card 2/5

M575
SAWWOOG/009/004/0113
A059/4126
AUTHOR: Sadikov, I.N.
-----------
TITLE: The separation of the boundary layer.in the nonsteady flow of a
viscous incompressible liquid
SOURCE: Moscow. Fiziko-tekhnicheskiye,institut. Trudy., no.'g, 1962. Is-
sledovaniya po mekhanike i prikladnoy matematike. 27 -,53
TEXT: The boundary-layer separation has been studied on the example of
flow in the blade tunnel of,the powergear or in the distributor tunnel of the
axial-compressor stage. By it separation" of the boundary:layer,return flow near
the wall is understood. A variety of exact solutions~of the Navier-Stokes equa7
tions was obtained for the case of nonsteadyflow of a visoous liquid in a flat
tunnel which can beused to show the.main criteria of the similarity determining
the emergence and the disappearance of.boundary-layer separation in the given,
example. When the pressure gradient is momentarily changed, the dimensionless
onset time of separation is clearly defined by the velocity distribution at.the'.
moment of onset PO) and.the value of the pressure gradient Pj~ acting at.that M07
Card 1/3
MMM

':L 13153-63. EPA(b)/EWT(I)A~.
~--n--AVMOR- ', Sadik6v,
,
,

nE:
io'
-.-energ]
'Exaci~~,solut nq o
preisibi
TERIODICAL: lhzhener hisk y-4hurr

:TEXT. -The, author has,Aerived,~eneri

and in ~Circulajr',.tube
p ace,
~aistribbtion was evoke

nstant4neous,A
d

ar.problezd4or~transient- ow-I., n a-
-A simil

ha rature> s;sOl
c nge.- in wali te~pe i Ved-:a1mv
-11 and, J?r much lesa.'thin -
SumaTTED:
15 62'
Sel
ENCL-
-Card, 1/

OVI
XUTHOR-~r
tht
~ea
8l
on
iTHAM, -,-:SPts
,,fteplopr.ov.-,,- .
-jjjunb~ -alonIg

.,-I..- - , , , ;, -,- - . 1.-W z
,;If~:~*-Q-;` , ~ -.-A - * , ~ . -, -
, ~ I I ::__Z~-
- ~ ~ ~,, - ~.'. 7,
7 -'~ .:-- ,

20 f 0IM43AS
-id~
rd

'PUB
r r

Z=2
itiva pa it "of -Ine,I
~mi li-,thw chamif

V.,. neglecTang
.Zed t
... .... ....
~Vnere we-~ TAraum

nsioae's's.2 Cod.
wh6vi the dirm6
.-iii~'e'"iOns..arWo6
-on,
se6~ Fig' ti
peraAUre-reg On
ASSOCIATION 1; _rAC

S/12c/62/0~-100903/006/01.8
E032/EJ14
1.F., Sadikov, I.P., and Chernyshov, A.A.
A nuised detector of 0.3 eV resonance neutrons
-",2a 1962,
'lGDlCAL: Pribory i tekh-nlka e~~speriwienta, no-3, 43-47
T: TILO detector was designed for measuring the spatlal
aizti-ibu'cion of slo%,in----doi-.,n neutrons. It is basically a
?'utonium �onization cha mber located inside a samarium-gadolinium.
filter and is shovm. in Fig.!. The Ni collector carries a layer of
Pu Oo - The chamber is filled with argon +
'72~~ (0-3-0-5 ms m2
5-10-1~ C02) at a -z:otal pressiare of 1 atm. In the absence of filters
the efficioncy to 0.3 eV neutrons was 1.5 and 3'io' for total amounts
of nlutonium of 1.8 and 3.6 mg, respectivIely. The construction-of
the filters is indicated in Fi-,,.3; mixtures of samarium and
gadolinium, oxides were employed. There are 6. figures.
ASSOCIATION: Institut atomnoy onergxl AN~SSSR
(Institute of Atomic Energy AS,USSR)
SUB,MITTED: November 9, 1961

ACCESSION NR: 'AP4006630, s/0089/63/015/006/0485/0489
gard I

s es
ono s-dor I -6i1 a,
6.1; resu ts--"
e a
seco r t veo
ir w c -ar
0
f oe -ato

ors-
b i -b~ -.-S"O~ra ized-`
t auth
er % cpy!c~ U e;._. III
which-, is-
"th Wei
gi,
'ehyVi - ies
n ~Vdper o'- 16
44 figures
_fo

L Qh674-67 E.1oIT(rti)
ACC NRt AP60 -------
18360
lt--Abx'AMR: YefanM A. I.;:Konstantincv., L. V.; Postnika;r, V. V.; Sadikovy I. P.
Sokolovy M. P.
ORG: none
TITLE: Installation for. oscillatormeasurements ona'nuclear reacior
0 4
SOURCE: Atomnaya energiya, v. 20, n 5, .1966 37-438
TOPIC.TAGS.- nuclear reactor control equipment.*-reactor transient, nuclear reactor
characteristic
ABSrL?ACT: The authors report an oscillator installation, intended for physical re-
Iner
activity measurements in the reactor.of the first block of the _~~.1oy!!rsk_Atq%jg -
Station im. 1. V. Kurchatov.~:,,This -insta.2-lation, used in conjunction with the perma-
nEE manual-cory,trol system and-with an ionization chamber, was employed,to.measure the
differential and integralefficiencies of manual-Control rods, under different oper-'
ating conditions, and also to determine the frequency characteristics.of the reactor.
The installation could be joined by means of the relay system to the drive of any of
the manual-control rodslso that it was very usefulefor large scale measurements of
the efficiency of a large number ofrods within 1 7 1.5 hours without disturbing the
normal operation.of the reactor.' The apparatus consists of an oscillation generator
and a harmonic analyzer, (Fig-, ~ 1) . The oscillation generator contains a frequency
divider and a 'two-position relay controlled by the output pulse of the frequency di-
Cc d .1/2 ubd: 621.039.5 16.2.- 621.o39.564.11
rM

em I

SADIKOV, P.P.;,A1UdV1BVA, S.A.; LEBMWA, T.P.; SMIF110V, Ye.K.; FlaGOROVSKIY,
V.F.,inzh.,red.; TISHKOV, L.B.-;',XATOLICffl=O,1 V.A.;.PAVI31i A.V.;
HOSKOV, Tti.A.; TRIFONOVA.,M.G. I -,MY14ENOV, Ye.I.: BOBROVA, Ye.l;,
tekhn.red.
[Technical equipment for large general-purpose freight,yardel,
Tekhnicheskoe osnashchenie krupnvkh gruzovvkh stantsii obshchego
pol'zovaniia. Moskva, Gos.transp.zhel-dor izd-vo. 1958-186 p.
(Moscow. Moekovskii institnt inzhenerov zheleznodorozhnogo
transporta. Trudy, no.161) (MIRA. 12:2)
(Railroads-Yards-Equipnent and supplies)

LEBFDEVA, T.P.; STRAKOVSKIY, LI.; TISHKOV, L.B., LONMINA, N.N.;
ZABELLO, M.L PETRUNENKOV, A.Ye.; BELENOV, V.K.;
ARUTYUNOV, ll:,A,.,,, inz1h., retsenzent; PETROVA, V.L., inzh., red.;
BOBROVAP Ye.11., tekhn.red.
[Basic requirements related to the technical equipment of
classification yards] Osnovnye trebo-,ranii-a k.tekhhicheskomu
osnashaheniiu sortirovochnykh-stantsii. lbskva, Transzheldorizdat
1963. 218 P. (Its TRUDYno.2-70). (MIRA 17-.31

SOLOVIYEV, Icand. khim.,nauk-, DIVROVA, L.P., kand. tekhr'u rvivik,;
SADI.KCJVAv I.A..q kand. blol. mt-,k-. KRYLOVk, V.V., istarsh2;.y
m-u-chni-y' y" BUSIIKU./A,, LA. 1, star3hiy mucirmyy soLrv-dn:~kf,
WzRKUI.OV.A, V.K., mladshiy ng,ucbn7y sotrudmik; POI-ETAIDI., T.VO
mladshiy nauohnly sotrudn-IL; KARPOVA, V.P.,
IAMYEVAp S..A.p tekhnik
tudVingy some canditionz providing for cclor inte:nsity and
atability in the production of smoked and cooked sausageo
Trudy 'MIDIP no.10".-183-201 164. (IMMA .18:3-:1)

,'."TOPIC TAG~:'~.-,~pqlyuy
TRANSLATION:~-;. Reg(
-,.P.-''. - -_ I_,

***sees 6 0 0 0 0 9
1 4 it is it ju it it 1%)413 it"J5.4 Just v it w b u u w DO It Ij At

V. 0 1
41
15014tiou of cydic peptidest from yeast. A,
v
1

0 0 _
Compt. rend. a"Id. Irg. t". I?. S. S. 25' ;'0.'9
(wrtMMl
(iil
-04
1walislit I)akvr-* Yeast in all
L111, jurtilic .3 11-. Will. "" Na et, ~411 is"d c%tti. "( th..
,
k'
'I"
1
l
it
-w 0
1"11
6114 fti
". Willi vi
I
Il
11stillip"i a
11) wlik-li. A(tvv %44tiltts with vitict Asid S-
ty'lo, fliall RiM. furium
1 Ile%1111c, sit. and h., islar
1
thr (Inututz C.M.N.O.. lydtwy~. A I vnth 3.% IJCl
'
'
sits a walcd lubc at IR)
Im ;it
, hC4.11 and fractiolull crs,,lst.
,
00 l1w COO 'A%.1( 111C fr~1116tilt aillitio 4041% inolis-Mitll
shat
00 kiwille. 4411.1 i.wafirlc Weir perwill its I.,
-r)
.
n,

rills
00

00 coo

00 zoo

00 :1
480

41, 0
O's we*
1 01. ca 'j- 44 4
is
Od 0 9 W
IV
AID 01
14 5 A2
A
1
at Lv x a K St IT ft It it
0 0 0
0,0060 00 40 0 000 0 10,410 00 0 0 0 is 4 0 0 0 0 0 00 0 0 0 0 0 0 0 a -0

I -I W W a W a W - V - W - VIA . w
I A 4 1 & ? ? 0 a S-ALOALS-e~G~-*-
A -rA m 1? 11 j; jFjT-j-T -I,
P--Q I X I I OA. 80, J, 1Z 33 14 15 it 37 31 it a 41 a 4j a 41 ~E
Is! A219 cc W- UP- J L-L'
..........
.4 -E~j- - ... . ... 00
"K91111 AND
00
00
00 11
0 0 Action of sodium carbonate on 11011160118 of Motioantato .00
leg N. V. Sudi-
acids at himil temPcf&tufes and Pfess"I
Jova. Biolihimiya S. 169-TI(MO).-A cyclic iyfif0t~7
,i*tae~T;~;lrucyl-1.~vnlyl.i4oleucyl-itucine) had been pre
0 o
0 0 -E ously isolated hy heating yeast protein at 210* and";
atins., with a 20, soln. of Nalcol. Present expts. show
that the cyclotetrapeptitic could not have been forturd 00
900 W from hydrolyzed amino acids through the action of %a,CO,, 8
but must be considered us an intermediate decompri. =00
oed Prewfuct of proteins. If. PriestIcy 0
sow =09
001 Zoo
q7t 1-.!::
Do =t
----------
A 114 . S L A AITALLURGICAL Ll IRA
T TURE CLASUIACATIC,
11VIS11'.
13G., 80-414,
.. ........ .
U It AV .0 IS a a Y An 1 .43111, d~ a--
A
It OP K K it it K K It 1W 0 of a -1 Ir W 2 a 3 is V too
00 0 0 0 0 0. 0 go to 00 & 0 0 0 0 11 sees 44
0 49 0 0 *10 0 o 0 o 0. 0 0 0 00 000 0
a 000 0 ! .0 000 g 0 0 00-0 0
- 0 0 * 0 0 0 0 * 0 0 0 0 0

# 0 sis 0 0 4e-& - a a a ^ . a a a a a Its a 0 'a a a UP 9 9 W W W IF v " W
1 4 5 4 1 1 1 Its It 12 IJ U 11 16 11 4 IF III a A ja A a v BF-b-36
f Is 9p C Is u v I T z M
AI I It La
IS, WD ..., .1.
A I -- T
WrIti .Dr.
00 -L-. Wis'fleatle /A) -00
00 11-A I
~-~q lik vl& Will
0 (INFRI. C.Y.,33. 142[l.-Ily the sAIM%,I.Ivc .1,1-tsillpla.
4 yeast pmtciu at 210', cyclic tetrulleptides h4,1 p1c. -00
00 vio"y been obtained, which were rejurtiLli jA,,j jkN%ibly
go It preformed in tht PfOtCiII, SiIICC alltOCIAVing a uliXt, of pure
amino acids f2iled to yield the cyclic 4tibsuncei. It ha,
now been established that the yestit pnitein iftwi; iint Lou- -00
taill 1,eptlel": , the crelic fetrafeptitle-l aft- f4w,284A even
when the yvAtt protesn W first hydisslytmi with IIC1 sad
0-11 Illbii-0111 10 A14110AVillf, at '2111'. 11. I'lle.,tivy
0 00
r
90
o0v
0
p moo
Wil t,
;too
=00
1:- F-SA IETALLURGICAL LITtiI.TURE CLASSIFICATION
re 0
still dw al. tit
UU AV 00 T--i-f -T-6 11' 1-4-0 v *21 rlj 0 N 5 1 W 14 9 AA03
AS Its (I I 1 1. An AIs
0 It CV44 Kit lqu PlUff It
00 0 0.0,400000100 000 0 0 SO 00* 0 0 0
009 00 000 -Als,0
OT446 61A