SCIENTIFIC ABSTRACT SYCHEV, A.T. - SYCHEV, M.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001654220012-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SOLDATKIN, M.T., dotoent, kand.tekhn-nauk*,,_SYCHEN*, A.T.
Investigating the electric conductivity of bricks in relation
to their moisture content. Sbor. nauch. tnA. Bel. politekhe
inst. n0-74:80-85 '59- (MIRA 13:8)
(Moisture--Measurement) (Electric conductivity)
(Bricks-Testing)

14ASLOV N.N.; SYCHEV, k.T. (Mordovskaya kSSR); GELLER, Yu.A., doktor
DRAZNIN, inzh.; MALINKINA., Yel.., kand.tekhn.
tekhn.nauk. pro .#
nauk J
Answering letters from our readers. Metalloved. i term. abr.
met. no.lli,60-63 N 161. (MIRA 14-12)
(Nickel -FIating)
(Steel-.-Heat treatment)
(Tool steel)

GUREVICH, LoYe.; SYCHEV9 A.T.
Automation of coke oven heating systems. Koks i khim. no-4:
22-21+ .162. (KM&- 16t8)
1. Kemerovskiy koksokhimichesk-ty zavod.
(Coke ovens) (Automatic control)

PANENKO, F.M.; SYCHEV, A.T.; TIBO-BRINIOLI, Te.V.
. - ~-, f.
Automation of the charging of pitch-coke ovens. Koks i khim.
no.6:24-27 163. (MA 16:9)
1. Kemerovskiy koksokhimicheskiy zavod.
(Coke ovens) (Automation)

SYCHEV, A.T.
. . 1- - 7 .~ I -
Study of a vertical submerged turbulent stream incident on the
plane of a smooth ceiling. Inzh.-fIz. zhur. 7 no. 3:46-53
Mr 164. (MTRA 17:5)
1. Belorusskiy politeklinicheskiy institut, Minsk.

,_' I., - ti ", ~ r .1 '.
,., I " ~ C i ; . t, .
~I-r i7,upply 1--y TeioB Or ;-- Eeiti-Infinite farxed submerged turbulent,
I il " no.6381-85
Jet, Inzh, fiz. z ur~ / 164. (KMA. 1?,, 12)
.. Bel.orusekiy politekhnichaskiy instltut, Minsk.
1 .1 -

SYCHEVP A.V.
~Ionne properties of moduli. Sib. mat. zhur. 6 no.5MO8-1129 S-0
165. (MIRA 18:10)

wylevich, professor, doktor ekonomicheskikh nauk;
SYGEW, ;AleWj~se
,"&rgey Avgustovich, inzhener; SIVKOV, Viktor Mikhaylovich;
UMANMYA, M.M., inzhener, redaktor; GORBLIK, I.G., kandidat
ekonomicheskikh nw, . redaktor; BOGOMOLOV, V.I., inzhener; KAR-
CHMKIY, V.A., inzhener, redaktor; PEKELIS, I.B.; POLUKOV, S.A.,
inzhener; SHUMEW, Ye.S.; (;HURI1OYfOH,',L.M.; AVRUTSKAU, R.F.,
redaktor; EVENSON, I.M.. tekhaicheskiy redakto r.
(7he economics of non-ferrous metallurgy] Ekonomika tevetuoi me-
tallurgii. Moskva, Gos. nauchno-tekhn. izd-vo lit-ry po chernoi i
tavetnoi metallurgii, 1954. 291 p. (MLRA 8:2)
(Nonferrous metals--Metallurgy) (Metal industries)

" '~~ Ye /,/ "~-:7 v'- /~ ~ )1,:2 .
USSR/physical Chemistry. Thermodynamics, Thermochemistry, B-8
Equilibria, Physical-Chemical Analysio, Phase Transitions.
Abs Jour: Ref Zhur-Khimiya, No 5, 1957, 14706
Author P. K. Migall, A. Ya. Sy_ql~.
Inst
Title Physical-Chemical Study of System Cobald Chloride -
Sodium Citrate in Aqueous Medium
Orig Pub: Zh. neorgan. khimii, 1956, 1, No 4, 726-732
Abstract: A Physical-chemical study of the system cobalt chloride
(I) - sodium citrate (II) in aqueous medium was carried
out. The specific electric conductivity 3 of the system
I-II was measured at 15, 25 and 500 in the range of con-
centrations from 0.01 to 1.00 M. The isotherms of 3
pass through a sharp minimum at the relation between I
: II = 1 : 1, the breaking angle of the isotherm becomes
sharper with the temperature rise. The isotherm minimum
and the rectilinearity of both their branches is charac-
teristical of concentration from 0.01 to 0.1 M; also a
Card 1/2

- '. low ~? ~ t~l - 1, . I I I I - . - . - I . I.... I . I .

SYCHEV, A. Ya. Uand Chein Sci -- (diss) "Phys-chem study of the
coLnT)lex formation of certain metals -.,..!-ith citric and r-,Tjrjlr-- acids
a"A a4UM4.,
in a-wQA;,--e solution." "is-~ij-22cw,1957- 15 PP 22 cm. (1-1-in of Hi~5-her
21
Education USS4R. Kishin-tv State liniv) . 100 copies. (KL 23-57, 109).
041- :2

:SYGHEV, A.Ya., prof., obahchiy red.; DUMLER, S.A., obshchiy red.;
Ye. B., red.; VYGOLOVA, M.A., tekhn.red.
[Technology and economics; problems of the economic efficiency
of modern technology] Tekhnika i ekonomika; voprosy ekonomi-
cheskoi effektivnosti novoi tekhniki. Cheliabinsk, Cheliabinskoe
knizhnoe izd-vo, 1958. 238 p. (MIRA 13:2)
(Technology)

E_'
ATJTHORSt Migall, P. K,, qhev A Ya 76-2-9/45
'jL
T~TLE: Physico-Chemical Investigations Concera_ng -~he Compiex-
-Formation of Zinc, Cadmium and Copper With Sodium Citrate
in an Aqueous Medium (Fiziko-khimicheakoye issledovaniye
kompleksoobrazoraniya ionov tainka, kadmiya, medi a limonno-
kislym natriyem v vodnoy srede).
FERIODICALs Zhurnal Neorganicheskgy Khimii, 1956, Vol. 3, Ur 2,
PP. 309-313 (USSR).
ABSTRACT: The complex-formation in the system ZnSO 4-C 6H507Na 31 CdCl 2-
-06H507Na3 and CuSO 4-C6H507NO3 in an aqueous medium was in-
vestigated by the method* with electrolytic conductivity and
potentiometry /pH/. According to the results with electro.
lytic conductivity in diluted solutions (0,01 - O'l mol/1)
the complexes metal t addendum - 1 : I exist. According to the
determination by the optical density in the system CuSO 4-
C H 0 Na and at pH - 4 the complex copper ; citrate - 1 ; 1
6 5 7 . 3
exists. In weakly-acid solutions the complex-formation in the
Card 1/2 systems zino-citrate, cadmium-citrate, oopper-citrate

AUTHOR$s
TITLE:
Migall, F, K., Sychev, A- Ya. ?8-2-10/43
The S'~ability of the Citric-Acid Complexes of Some Metals
('Ustoychivost' limonnokislykh kompleksov nekotorykh metallov).
PERIODICALs Zhurnal Neorganicheskoy Xhimii, 1958, Vol. 3, Nr 2,
PP- 314-324 (USSR)
ABSTRAM This work: investitated the stability constants of the bi-
valent metals Ni , C02+, Zn2+, Cd2+, CU2+ with citric acid.
The potentiometrio method (PH) was employed for determining
the stability constant. According to their stability in an
acid medium the metals are to be arranged in the following
orderz Cu> Ni ~Co >Zn> Cd. The influence of the above-men:Aon-
ed ions upon citric acid in a neutral or alkaline medium is
to be expressed by the following equation:
X2+ + Cit4-*=jMCit2- . The two- or four-fold excess of citric
acid in relation to the metal-ions does not influence the
stability constant. The stability constant of the complexes
was calculated from the titration curves in the ratio metal-
-ion t addendum = 1 ' 1;_~he third dissociation constant of
citric acid K3 - 3124.1 was used in the calculation of the
Card 1/2 stability constant. On'the basis of the potentiometric

The Stability of the Citric-Acid Complexes of Some Metals 78-2-10/43
titrations the following stability constants were found:
[NiCit] l-, [NiCitj 4- with 191C 4,99, 2,77
[Cocit] l-, [CoCitj 4- with lgK 4,41, 2,34
lznCit] [ZnCita 4- with 19K 4,25, 1,91
dCit CdCit234- with 19K 3,38, 1,62
IC
1- 1( - 2-
icil lgK 5,27, EcdCi]2 - 16K 7,08, [znC,1 19K 7,44,
FN
(ICuCjLj 2-
CdCij lgIC 6,23 and - 1,9K 13,22.
~!here are 7 figures, 2 tables, and 23 references, 5 of
which are Slavic. ..
ASSOCIATIONt Kishlnev Ot9te*VTLiVe*tV " (Kishinevskiy gosudarstvennyy
universitet)
SUBMITTEDt April 2, 1957
AVAILABLEt Library of Congress
Card 2/2

i .
5(2) o586i
AUTHORS:. Abloy, A.V.9 Sychey, A.Ya. 80V/78-4-11-14/50
TITLE: The Kinetics of Hydrolysis of Halogen Bis-dimethyl
Glyoxime Aquocobalt
PERIODICAL: Zhurnal neorganioheskoy khimii, 1959P Vol 4, Nr 11,
pp 2465-2494 OSSR)
ABSTRACT: The kinetics of the substitution in the internal ooordina-
tion sphere of octahedral compl6x4a wah thoroughly
investigated in connection with the I.I. Chernyayev trans-
effect as shown by numerous artidlds (Refs 1-10), among
which are publications by Ya.A. Fialkov, V.D. Panasyuk.
(Ref 5), O.Ye.ZYyagintsevq Ye.F. Shubochkina (Ref 6) and
A.A. Grinberg (Ref 7). The authors of this article made
a contribution to his field by investigating the hydrolysis
of the compounds O(H 20)(DH)2H&l] (DH - dimethyl glyoxime,
H41-.- Cl, Br, J). By means of an SP-4 spectrophotometer,
the course of hydrolysis was confirmed according to the -
reaction [CO(H20)(DH)2 Hal + H 20 0 [Co(H20)(DH)2] ++ Hal-
In order to determine the reaction rate, the

05861
The Kinetics of Hydrolysis of Halogen SOV/78-4-11-14/50
Bis-dimethyl Glyoxime Aquocobalt
authors made a potentiometric titration of the halogen ions
released from the,inPrnal sphere (Figs 20). Titration took
place at q,18 and 25 C- When measuring the electrical con-
ductivity it was found that the type of the electrode used
has a certain influence. Smooth platinum electrodes yielded
lower values than platinum electrodes covered with platinum
mud which had a catalytic effect (Table 2). The latter has
already been detected by L.A. Chugayev (Ref-21). PH-
measurement made with the help of a glass electrode and an
LP-5 tub amplifier i dicated that the pH-value of a solu-
tion of TCO(H2 0)(DH)21)' changes in the same manner as
electrical conductivity (Figs 5,6). The reaction constants
calculated by the various methods are in good agreement
(Table 1). It was a remarkable detection that the hydrolysis
rate of the bromine compound was somewhat lower than that of
the chlorine compound, and that that f the iodine compound
was the least, whereas the compounds rco(NH 3)(DR)2Hal) showed
opposite behavior, i.e. only the iodine compound in the
Gard 2/3 internal coordination sphere was hydrolyzed (Fig 7)-

05861
The Kinetics of Hydrolysis of Halogen. SOV/78-4-11-14/50
Bis-dimethyl Glyoxime Aquocobalt
ASSOCIATION:
SUBMITTED:
(Abstracter's note: The term "hydrolysis" was substituted
for "hydration" used by the author on account of the reaction
equation complex Hal + H 2O---~oomplex+ + Hal-given in this
article). There are 7 figures, 2 tables, and 24 references,
10 of which are Soviet.
Moldavskiy filial Akademii nauk SSSR (Moldavian Branch of the
Academy of Sciences, USSR)
July 2, 1958
Card 3/3

4j." Y..' Vc"
SO: 'Pt- CIT3 &~-41,725, 1 N- Um'l
ql:.~"mat &'crl;
Sth tet~n tr'~ :i V.,
eevre, oNL- of zimZ.ilijd~ as o.' a rc:-ral
ch~':nyay'.-v And 2%. 0.
rc ror-- !n-.1 tll,i! 'Tr 1 z Cc.r
-_-i vh!.~.h :hzy aet font!, m*,z.,.~m of t4' tt-
MICIm~ L7A ~ntabl r 0-- 11 Z~'l An
pro'--drclr".. N.
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tr-.! Ia-
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S. K. stiroutin (Monc.Q") reparld on tM tlllt~"Icr at.
bef~vior or th~ W1111I.- entortnz in-0 V~~ `cn~itx 73.:'!~-"
J-jpcr,~InZ Zl the nOlventi -.I ortv,1- 3~:v,~ts,
In Ch. clm;-jin *A an r.
aq-oun 01'"Ne -~r~tLnsd
of. thl, 'm- , In tf'~
nlrphlr or workv W-Im dtvot~- .0 dt-~~y Cf -r..
plex com.Qwn-a of -Otx1t. 'I. V. IrLbq*.mev) dej-'~*X~e
a rc?ort ntitlad 'Tm, of 30:lstit-r." tn
cQ%4'.cX Trival.tit. coc%lt ~It.-. D'."tt-41~jyoxjr
and, tZ:Sct:~cr W.1th A. Ia. !Ychdv, "'Kile"als or 1jycr,tL-'r.
or

SYCHKVv A.Ya.; ABLOV9 A.V.. ZARIJISKIY V-A.
High frequency study of the hydration kinetics of halobis (dimethyl-
glyoximato) aquocobaltate(III). Zhur.neorg.khim. 6 no-4:825-
829 Ap 161. (MM 14:4)
le Institut khimii Moldavokogo filiala. AN SSSRv i Institut
geokhim.ii i analiticheskoy khimii imeni Wrnadskogo AN SSSR.
(Cobalt compounds)

SYCHEV, A.Ya.; ABLOV, AN.
Kinetics of hydration of dthalo-bis-dimethylglyoximatocobaltiate
ions. Zhur.neorg.khim. 6 no.10:2288-2293 0 '61. (MIRA 14:9)
1. Moldavskiy filial Akademii nauk SSSR, Institut khimii.
(Cobalt compounds) (Hydration)

SYCHEVY A.Ya.; GERBELEU
Thermodynamics of the reactions of matistep complex formation
between nickel ions and monoethanolamine, Zhur.neorg.kbirn. 7
no.2:269-274 F 162. (MIM 15:3)
1. Kishinevskiy gosudarstvennyy universitet,, kafedra fizicheskoy
khiTnii.
(Nickel compounds) (Etbdpol)

SYCHEV, A Ya - MIGALI, P.K.; Prinimali uchastiye: TIMONINA, L.I.; HIGALt, Yelp.3
t~*
X=iUIz;NhO.V P. F.
Stability of complex compounds of some metals with phenylalanine.,
lysine and tyrosin. Biokldmiia 27 no.1:25-31 Ja-F 162. (MIRA 15:5)
1. State University, Kishinev.
(ALANDE) (LYSINE) (TLWSIN) (ORGANMETALLIC COMPOUDDS)

SYCHEV, A.Ya.; GERBELEU, A.P.; MIGALI, P.K.
Thermodynamics of a stepped complex formation of nickel ions with
triethanolamine. Zhur.neorg.khim. 8 no.9:2070-2073 S 163-.
(MIRA 16110)

Y.a.
Stability of complex compounds of copper, zinc, and cobalt with
serine. Zhur. neorg. khim. 9 no.10:2343-2346 0 164.
(MIIRA 17:12)
1. Kishinevskiy gosudarstvennyy universitet, Kafedra fizicheskoy
khimii.

ACCESSMUM AP4044903 S/0032/64/030/009/1141/13.42
'-AUTTIOR: Sy*chev, A. Ya.; Hemenko, S. D.
TIM: Dielectric meter for measuring small changes in dielectric permeability
SOMCE; Zavodskaya laboratoriya., v. 30, no. 9, 1964, 1.141-1142
TOPIC TAGS: electron tube, capacitor, dielcatric permeability, dielectric con-
Gtant, frequ,~nr-y stabilizer, mixer tube,'beat frequency principle/ &M tube,
&MO tube, 6ye5S tube, 6ts4p tube, 6AP tube, SG 4 gas stabilizer, GG 3 gas
stabilizer
ABSTRACT: A canpact and simple instrument was designed which is capable of de-
Uarmining dielectric constants with an accuracy of 0.001 in the range 1.5--3-
rlyhe inatr=ent consists or a standard oscillator (6KAP tube) with quartz frequency~
Gtabilizer, smooth Generator (6K4F tube) composed of a cell and standard condenser
(70 picofarad), a highly sensitive receiver with zero indicator and a pmer sup-
ply. 7he receiver consists of a regenerative mixer (a &h8 tube) and of a two-
caal~ade audiofrequency emplifier (6Zh8 tubes). The receiver output circuit has
an autatranaformer couplJjig with the generator circuito The receiver amplifier

. . . . . . . . . . .
3 8LJ,, 8
S/089/62/012/006/012/019
B102/B104
S_ S_ 0
,UTHORS: Zav-tsevj L. N. Komochkov, 11. M. , Pychev, B. S.
TITLE: Attenuation of high-energy neutrons in concrete
PEPIODICALs Atoinnaya energiya, v. 12, no. 6, 1962, 525 - 527
TEXT: The intensity losses of fast neutrons passing through special heavy
conQretes were studied on the synchrocyclotron of the Laboratoriya yadernykh
Problem Obl'yedinennogo instituta yadernykh issledovaniy (Laboratory for
wuciear Problems of the Joint Institute of Nuclear Research). PreviouLly,:
such studies had been made only for ordinary concretes. Three types of
concrete (densities, 2.35, 3.2, and 4-1 9/cm3) were-studied, the first
being-the same as that used in the synchrocyclotron. The neutron flux was
11 12
determined fron, the C activity in the concrete. The C (n-, 2n)C11 reac,
tion has a threshold of 20 Mev and a constant cross section in the energy
range considered. At B ;,20 bley, the dr6p-of intensity in concrete 20 -40
n
cm thick was found to follow an exponential law. The authors' experiments
refuted the assumption that the thickness which reduces the intenaity to.
Card 1/2

KOMOCHKOV, M.M.; SYC,14,,E-,V, B.S.
A.ttenuation of a high-energy neutron flux in a shielding. Atom.
energ. 15 no.4025-327 0 163. (MIRA 16:10)

--'1 7 ~-r, --7.--
7 '1
e w., r s ~he -.r~ qrs I r, e -1 --,,:~v4dln;z, a prutect4
7r-a,-,7, a nr~ a ia,-rar- 'cr
3
8 SS
conc re 1149 ..-1 ic x -
-ra-
a .-Z.i m9 ar- /,-)e s 9 of g pnite,
mayor, '11i order *-z)

L 229o8-65
ACCESSION NR: 05001757
show the radiation ueakening effect. Five distinguishable types of radiation are
encountered fror. the active zone -,c- tho far edge of protection. The formula,
D (x, D, (T6, x) + 1), 4- D,
-r D4 (X, I,, wl -r D, To,
is the dosage function related to the five radiation t;~-pes (Dj, D2,1~,D D ) and
4# 59

~-nnretp riarFireter-s- (x thick-nes3. density, w = water content). The

5 pmr7' r3
acclimulat'an factor-s

gg,qgg

Par;L-jetric values of concrete density. Ord Inary concrete VILn aenslT'y 0.1 Z.3 kV 5

P 'izu-res table, ard
art
-as t ions.

Card 2/5

ACCESSION ITR: AP4012262. S/0089/64/016/001/0026/0032
AUTHORS: Broder, D.L.; Zaytsev, L-NO; �r*chey, B.S.; Tugolukov, AeMel
TITLE: Effect of water content in concrete on the tblakness of the
reactor shield and ito cost*
SOURCE: Atomnaya energiya, v.16, no.1, 1964, 26-32
TOFIG TAGS; reaolo~i shiftld, biological reactor ~rotectjon, actor
shield cost, reactor shield water concentration, optimal reactor
protection
ABSTRACT: The purpose of the present work Is to determine the eco-
nomical aspect of the Increasing amount of water In concrete for
"reac"Gor shieldings. Increasing the water content in concrete increa-
sea its hydrogen concentration which effectively reduces the leakagai
of fast and intermediate neutrons because of the large cross section'
of hydrogen for fast and Intermediate neutrons. Various types of.con-
crate used fox, reactor shleldings have hydrogen concentration vithin
the 12% range. The authora have computed the biological protectiou
Card ......
C 1/2

L 1928-:66 E'VIT(m)/EFF(n)-2/4~IIG(m)/~-.1~A(h)AWA(l) DM
ACCESSION *NR: AP5023779 'UR/0089/65/019/003/0303/0307
621.039.538.7
AUTHOR: Zaytsev, L. N.; Lavdanskiy, P. A.; Mal'kov, V. V.; Sychev, B. S.
g Setg_rs.of concretes
TITLE: Shieldin _pgKa
SOURCE: Atomnaya energiya, v. 19, no. 3, 1965 303-307
TOPIC TAGS: concrete, neutron shielding, radiation shielding, neutron absorption
neutron cross section gamm ray absorption
ABSTRACT: On the basis of literature data, a survey of the shielding parameters
of concretes is given in the form of graphs and tables. The chemical composition
of the basic materials used as fillets for concretes and some of their shielding
parameters are tabulated. Another table lists the mass attenuation factors for
radiation (which are the same for most of these materials except water, borate~
ore, boron carbide, baryta, and steel). A nomogram for the calculation of re-
moval cro;3s sections of fast neutrons in concretes and a table of macroscopic
neutron removal cross sections of the elements included in the composition of
the concretes are given. Other illustrated relationships are the variation of
the inelastic interaction cross section of ultrafast neutrons with the iron
content oE concretes, and the dependence of thermal neutron absorption cross
1/2

2/2

j , I k , j
A C
'%111;03221:~' SOIU-IZCI~' COID1, VIZ/0097/66/000/007/0032/00"
34
'TOR
_Zq LSev. L. N. (Candidate of technical sciences); Lavdanskiy P. A.; 1
11;i-ov, V. V. ; Sycliev
ORG: nolle
TITLE: Role of-boron -containing concretes'as nuclear reactor shields
SOURCE,: Deton i zliclezoboton, no. 7, 1966,' 32-34
TOPIC TAGS: boron, concrete, nuclear shielding, biological shielding
ABS7"RACT: The addition of boron to biological shielding made from ordinary
concrete reduces its thickness by 271/6 when the content of chemically combined
Nvater is low, an(I by 231/c when the amount of water in the concrete is 75 kg/m3
(witi-L a dosafre ratio of DO /Do = 10-3). Maximum reduction in shielding thickness
1 2
due to the addition of boron to heavy concrete for ore-filled concrete with a
volunletric weight of 3200 kg/m3 is 3% (when the ratio between the dosages is
D" /D' = 10-l'. Thus, the addition of boron is not economically advantageous,
1 2
since il.- results in only a small savings in concrete. Exceptions are reinforced
Card I / 2 UDC: 666. 974

L 09c,73-67
ACC NR: A:PG032250
concreteS with a very small amount of water or those entirely without combined
Water, such as heat-resistant concretes. [Authors' abstract]
SUB CODE: 06, 11/ SUBIV, DATE. none/ ORIG REF: 005/ OTH REF: 003/
2,/2";,;

_L 2884~~6___EP~in)-2/EiIA(h)/'EAP(j)/'EYIT(m)/ETC(f)/E..V.4*G-(m)/EWA(l) RM
ACC W. AP6013737 (A) SOURCE CODE: UR/0089/ 6/0~0/004/0355/035
H 02
R: Syohev, B. So; MA3.1kot, V. V.; Komochkov, M. Mi; Zaytsev, Lo WO
ORG: None
I
TIT13: Passage of high-energy neutrons through a heavy.concrate A
shielding
SOURCE: Atomnaya energiya, v. 20, no* 4, 1966, 355-356
TOPIC TAGS; neutron energy distributiong neutron shielding, nuclear
shielding concrete
ABSTlbkCT: The authors present in a brief form the results of their
experiments,conducted in the OIYaI synchrocyclotron laboratoryon
shielding consistil-u-, of a s' r es--oT
e_T_ -slabs (53 mm thick). The slabs are
made of heavy (hematit'e) concrete having adensity of 3480 kg/au m. ~ The,
chemical composition of concrete slabs is given, being expressed in
perk
cant by weight. The content of hydrogenis 0.35wt.%.The experimental datei:,
characterizing the neutron attenuation for different energy groups are.:'
plotted for various concrete thicknesses (up to 4000 kg/sq m)o The
neutron groups include high-energy neutrons (EF20. Mov fast neutrona-,,-:
2 to 2.0 lylev), intermediate' neutrons (E --about 1.44 ',These three
Card 1A
UDC: 621.039.512.45

L 2684,5_66
ACC NR, AP6013737.
groups were tested in the concrete containing 0.35wt$ of hydrogen. In
addition, the behavior of intermediate neutrons was investigated for'
0.7aiidlwt.% of hydro en contgnt. A table is presented giving neutron
attenuation lengths TA kgljnel) for concrete of 1500 to 5000-,kd/,�q-m
thickness with respect~ito various energy levels of protons bombarding--,
a beryllium target. The.table contains also the calculated ration,' I
(where -`kin
is the lenGth of inelastic interaction with neutron-nuclei, 0
energy higher than 100 hiev), The authors conclude that the attenuatlojx*7
of high-energy neutrons.,,',`,(severa'l hundred- is -characterized
by the relaxation length defined by, the equation:
factors gharacterizing the a:ccumulation of intermediate neutrons' in
concretekWith various hydrogen contents are also presented in a table.~__~
Orig. art. has: 2 tables and 1 graph.
SUB CODE, 18020,/ SUBM DAT2.1 18NOV65 [ORIG REF;-I 003 OTH REF: 000'~r
Crd 2/2
. . . ............... .

AP6024543
AUTHOR: Z~~sev, L. N.; Komochkoy
Sychev, B.'34--
6G.: node
SOURCE COIDE: UIR/0089/66/021/001/0056/00571
M. M.; Mallkov: V. V.; Cherevatenko,
33
ITITIE: Attenuation of high-energy neutron fluxes by heterogeneous shields
[SOURCE: Atomnaya energiya,'v. 21, no. 1, 1966, 56-57
I
ITOPIC TAGS: reactor shielding, reactor neutron'flux, neutron'absorption
ABSTRACT: The authors present results of experimental investigations of the distribu-
,tion of neutron fluxes of varying energy groups in layered shields. The investiga-
tions were made with the OIYaI s chrocyclotron in a neutron flux obtained by bombard-
:ing a beryllium target with -Mev protons. The georaetry of the experiment is de-
iscribed elsewhere (Atomanaya energiya v. 12) 525, 1962). The neutron fluxe's were re-
gistered with threshold-detectors of In115, P31, and C12, which were briefly described
earlier (Atomnaya energiya v. 20, 323, 1966). X ray films of individual gtrfa dosi-
meters were also used. The following shield combinations were used: iron Iwater,'
Iran - heavy concrete, and water - iron - water. An analysis of the measured attenua-
tiep produced by these shields leads to the conclusion that the presence of the first
lacer does not influence the character of attenuation of the neutron flux in the
second layer. Secondary effects connected with resonant neutrons produced at the
boundary of the two materialB are discussed. It is recomr,,nded that the second layer-
Card 1/2 uDe: 621.039.512.

zo tzr-
L 06454-67
ACC NRt Ap6o24543
be made of hydrogen-containing material to reduce the effect of accumulation of inter
herva-
Aeutrons in heavy materials. The authors thank Z. Taisek and As-P. C
mediate r
I'tenko for help with the experiments. Orig. art. has: 3 figures and 3 formulas.
SUB CODE:. 3B/ suBm DATE: 22peb66/ ORIG REP: 005

ACC NRi A116023941 Monograph UR/
Broder, D. L.;!Zaytoev, L, No; Komochkovg Ho~ M. Mal'kov, V. Vs;
Sychev, B,
Concr*ete.in th shielding of nuclear installations (Beton y zashchite
yadernykh ultanovok) Moscow, Atomizdat, 1966. 239 p. illue.,
biblio., tables, 2050 copies printed.
TOPIC TAGS: acceler 'ator, concrete, nuclear engineering, nuclear
radiation, radiation shielding, reactor shielding
PURPOSE AND COVERAGE: This book is intended for designers of nuclear
devices and readers working in the nuclear industry. Methods and
techniques for swift evaluation of various nuclear shieldings are
presented. Approximate methods of calculating concrete shieldings
are covered in the following sequence: the dete'rmination of emitted
radiation and its distribution, of the distribution of radiation
fluxes along the thickness of the shield, and of the permissible
radiation levels beyond the shield. Particular.attention is given
to the shiel,dings of high-power aiccelerators. Prof. A. No Komarovskiy-
and Docent V. B. Dubrovskiy provided advice, and A. V. Kudryavtseva,
As M. Tugolu-kov, V. So Kiselev, and Po A. Lavdanskiy cooperAted,
Tin r K 1) 1WIG qIR

F'A:C~_kk_.-_AM 6 0 2 3 9 4-1--
TABLE OF CONTENTS (abridged):
Ch, 1. General Information on Biological Shields for Nuclear
Installations -- 5
Ch. 2. Reactors and Accelerators as Radiation Sources 31
Ch. 3. Calculation of the Attenuation of Medium-Energy Neutron and
Gamma-Quantum Fluxes in Shieldings -- 74
Ch. 4. Calculation of Attenuation of Radiation from High-Energy
,Particle Accelerators -- 100
Ch. 5. Penetration of Neutrons Through Concretes -- 122.
Ch. 6. Gamma-Ri 2diation Penetration Through Concretes and Formation in
Concretes 162
Ch. 7. Radiation Heating of Concrete Shieldings 180
Ch. 8. Some Problems in Optimal-Shield Selection 211
Appendices -- 229
SUB CODE: IS/// SUB14 DATEt 16'Feb,6'6/ ORIC REVt lQ8/ OTH REVv 116

KUBANJ1Ny Yu.Z.t inzh.; SAZONOVI G.G.p inzh.1 MIKAHYILV, N.A.9 tekhnik;
SMMOVA,-A.V.; tekbW ; SYCHEV, G.A., tekbnik
Automation of the removal andq:Lenching of cinders from wfluidized
bed" process furnaces. Mekh. i avtom. proizv. 15 no.3:14-17 Mr 161.
(AitoiPation) (Metanur 1- 1 furnaces) (MIM 14:3)
g ca

KARAVANOV, G.G., prof.; SYCHEV, G.G.
Tenous thrombosis and the postphlebitic syndrome of the lower
axtremities. Nauch.trady Ltvov.obl.terap.ob-va no.1:31,-40 161.
(MIM 16:5)
1. Klinika fakulltetskoy khirurgii lechebnogo fakullteta LIvov-
skogo meditainskogo instituta (zav. kafedroy - prof. G.G. Karavanov)e
(THRCMBOSIS) (PME91TIS)
(MMMITIM, WWkR,4ISFASES)

SYCHEV, G.G. (Llvov)
Mechanical jaundice in abdcminal lymphogranulamatosis. Klin.
med. 39 no.4:3.40-3AI t6l. (MIRA 34:4)
1. Iz 2-go khirurgicheskogo otdeleniya Uav. - prof. G.G.
Karavanov) Llvovskoy oblastnoy klinicheskoy bol.1nitsy (glavmyy
vrach N.I. Besedin) i kafedry fakulltetskoy khirurgii lecheb-
nogo fakullteta (zav. of. G.G. Karavanov) Llvovskogo
meditainskogo institut; Fdir. - rof. L.N. Kuzmenko)
(HODGKIN'S DIS W B) TAUNDICE)

SYCHI-;V,-G.G.-
Phlebography and its significance in the diagnosis of a
postphlebitic syndrome, Vest. rent. i rad. 37 no.1:62-63~
ja-F 62. (MA" 15:3)
1. Iz 2-go khirurgicheskogo otdeleniya i kafedry fakulltetskoy
khirurgii lechebnogo fakullteta (zav. - prof. G.G. Karavanov)
Llvovskoy oblastnoy klinicheskoy bollnitsy i Llvovskogo medit-
sinskogo instituta.
(AUGIOGRAPHY) (PHMBITIS)

SYCHEV G.G.
Serial Intravenaus ascending functional phlebography of the
lower extremities with the patient in vertie,~al position. Vest.
rent. i rad. 40 nQ.5:63 6-0 165.
(MIRA 18:12)
1. Klinika fakulitetskoy khirurgil lechebnogo fakulftelA (zav.
Prof. G.G.Yaravanov) Llvovskopo meditsinskogo instituta i
klinika gospitallnoy khtrurgii (zav. - prof. G.N.Luktyansov)
Kubanskogo meditainskogo instituta, Krasnodar.

BUKOV, V.A., BYKOV, L.A., VALUK, V.A., VARTBARONOV, R,Ae, ZHILIS# EoF*t
KONDRAKOV, V.M., KUZIMIN, V.A. _8.YGH%Vf--Or1;--FROIA)V, N.I.,
FOKIN, A.S., JOURINSKIY, A.N. (Saratov)
New method for producing stable neurogenic hypertension In dogs
[with summary in English]. Arkh.Date 20 no,5:21-27 158 (MIRA 11:6)
03M. anntomy And histology.
thebesian vessels, review (Rua))

'YCi 1. A. I - - 1. ..I- .
.~ i 11rA--'--L'! 7. 11.
731ectric Power Plants
I~From the experience of an outstandin- repair bxi~rade. Rab. energ. 2 No. 5. (1952,
n 0 1
Monthly Lia-t of Russian Accessions, Library of Congress, August, 1952. Unclassified.

83533
17.1100 S/112/59/000/015/040/068
A052/AO02
Translation from: Referativnyy zhurnal, Elektrotekhnika, 1959, No. 15, P. 16-3,
# 32112
AUTHORS: Kerbunov, V.V., Sychev I A
TITLE: A Tubular Manometric Spring for Pneumatic Feedback Systems
PERIODICAL- Nauchno-tekhn. byul, N.-i. in-t teplo-energ. pr-iborostr., 1958,
No. 1 (40), pp. 5-9
TEXT: A new design of a manometric spring for pneumatic feedback systems
is described. The spring is made of a band profiled in the shape of a mano-
metric tube with a side capillary channel along the entire length of the tube.
The cavities of the capillary and the tube are separated-by a seam made by con-
tinuous resistance welding. The new tube does not require a difficult manufac-
turing technology and enables to use alloys unsuitable for deep drawing. Com-
pared with conventional tubes it has a lower non-linearity, hysteresis and the
magnitude of the -temperature error is lower by a factor of 4. It is pointed out
Card 1/2

83533
S/1 12/50/000/0 15/04oA68
A052/AO02
A Tubular Manumetric Spring for Pneumatic Feedback Systems
that calculations usually applied to manometric springs result in great errors
for the new spring design which is explained by the peculiarity of its shave
and by the character of stress distribution. There are 4 illustrations.
M.L.P.
Translatorts note: This Is the full translation of the original Russian
abstract.
Card 212

25 (0), 28 (1)
AUTHORS: Kerbunov, V. V., Engineej,_~ychev, I. A. SOV/119-59-6-9/18
TITLE: Unification of Manometric Thermometers and Manometers With
Pneumatic Transmission on Secondary Instruments and Control
Devices (Unifikateiya manometricheskikh termometrov i mano-
metrov s pnevmaticheskoy peredachey na vtorichnyye pribory i
reguliruyushchiye ustroystva)
PERIODICAL: Priborostroyeniyeg 1959, Fr 6, pp 20 - 22 (-.SSR)
ABSTRACT: In recent years NII Teplopriber (Scientific Research Institute for
Thermal Power Instruments) has cond3ac' ed comprehensive studies on the unifica-
tion of the following series of measuring instruments: 1) mano-
metric scale thermometers TPG-2p with gas filling, TPR-2p with
mercury filling, TPZh-2p with liquid; 2) manometric thermome-
ters without scale TPO-In (gas filling), TPR-1p (mercury fill-
ing), TPZh-1p 4iquid filling); 3) spring manometer with scale
MPP-2 and without scale MPP-1; 4) spring vacuum-meter VPP-2
with scale, VPP-1 without scale; 5) spring mano-vacuum-meter
MVPP-2 with scale, IAVPP-1 without scale, and 6) the PBP-1 pneu-
matic amplifier, by which the transmission of the indications
is effected in all instruments mentioned. Figure 1 shows the
Card 1/2 operational principle of the instruments and the pneumatic

Unification of Manometric Thermometers and Manometers SOV/119-59-6-9/18
With Pneumatic Transmission on Secondary Instruments
and Control Devices
transmission of the indication. Figure 2 shows the scheme of
unification. The group covnrs 346 instruments, classified ac-
cording to Drecision and measuring range; only 220 construc-
tional parts were required for them. By a tube spring with a
new profile (Fia 3) the error limJt of the thermometers was
decreased to 2% of the measuring range. The new pneumatic am-
plifying relay allows the transmission of the indication to
300 m. The measuring ranges lie between -40 to +5000C for gas
thermometers, between -30 to +6000C for mercury thermometers,
and between -40 to +2000 for liquid thermometers. The appli-
cation of xylen-30is expected to widen the range of liquid ther-
mometers to +400 . The measuring instruments have proved suc-
cessful in official and Dractical tests. There are 3 figures
and 1 table.
Card 2/2

I.A. ---_
I
The TPG-1, TPR-1, and TPZh-l-t7pe dial manometric thermometers.
BiiLl.tekh.-ekon,inform. no-7:33-36 158. (MIRA 11:9)
(Thermometers)

06182
25 (1) SOV/115-59-11-10/36
AUTHOR: Sychev, I.A.
TITLE. New S-Shaped Springs for Pressu re Gages
PERIODICAL: Izmeritellnaya tekhnikap 1959, Nr 11, pp 29-31
ABSTRACT- The author describes S-shaped t ubular springs for pres-
sure gages and'the technology for their manufacture. The
S-shaped springs were developed by NIITeplopribor, where
also the experimental models we re manufactured from
30KF,GSA steel. For winding the springs, a device, as
shown in Fig 2, is used. These tubular springs have the
advantage that the displacement of their free end is li-
near and not arc-shaped as with conventional pressure
gage springs. The nonlinearity of the characteristic of
the free end remains within the limits of 0.5-1.5%. The
hysteresis does not exceed 1% o f the maximum value of
the working stroke which is 5-6 mm. S-shaped tubular
springs may be used also in gas and liquid-thermometers
and related devices. The author states that the metro-
Card 1/2 logical and mechanical data of these springs may be im-

S/043/61/000/003/005/008
to, D201/D305
MTHORS Koldobskaya, T.G. and Sychev, I.A.
TITLE. Irregular shock-wave reflection on curvilinear wall
S ,
PERIODICAL: Leningrad, Universitet. Vestnik. Seriya matematiki,
mokhaniki i astronomii, -no. 3, 1961, 111-120
TrYff; The ef~'ect is investigated of the curvature of a cylindrical
reflecting wall, on the pressure exerted on it by the diffraction and
irregular refle~:tion of a plane shock wave. The method of T. G.
Koldobskaya (Ref. 7: Zadacha o neustanovivshemsya dvizhenii, bliz-
kom k avtomodellnoinu. Vestnik Leningr. un-ta, no. 1, 111-122, 1960)
-is adopted, based on the assumption that the investigated flow re-
sembles a 'self -simulating progressive flow which arises by reflec-
tion of the same shonle rw-mro on a wedge nearly similar to the cylin-
drical surface, iue protile(of small curvature) of the cylindrical
surface is y Q ^ X + c1 x
where (j is the semi-angle of the wedcre; cl and o( are constaats
chosen in accordance with the shape of the profile, The problem
C ard 1/4

S/043/61/000/003/005/008
Irregular shock-wave... D201/D305
of irreguLar reflection of the same shock wave on the wedge y io tg
Cj - x is considere-A to have a known solution, The flow determined
by that solution is cal.led self-simulating. The aought after func-
tions are. u v .. the projections of the velocity w on the x- and y-
axes (Fig. 13; p ... the pressure, f) - the density. In its general
fo=.ulation, the problem can be numerically solved by the method
of nets. The author proceeds to determine the flow parameters for
an actual profile of type (1.1). With some additional assumptions,
the problem is readily solved by the above method and the results
for the litic I-IS (Fl.jr. 1) which are important in practice, can be
obtained analytically., To obtain the initial data for computations
and verifying the basic assumption of the method, experiments in a
shock tube were. corAucted,, The parameters of the waves and flow
were found from photographs taken by means of the Tepler apparatus.
A comparison of shadowgraphs showed that the fronts of the waves
reflected by the wedge and by the cylindrical wall practically coin-
cide. The difference in the corresponding Mlach waves is small. The
flow parameters on surface of reflecting wall are determined. For
7& (which chctracterizes the change in entropy of the Elow near the
C ard 2/4

24180
S/043/61/000/003/005/008
Irregular shock-wave... D201ID305
wedge) the expression
r(s)ds r(s)ds'
10 a + q(s)e- so d 3.7)
e 0 9
so S]
is obtained as the solution of a differential equation. The solution
for is Po s
p 51.1 + F(s) P011 ds (3.9)
0=11 S -~O-
sm
The greatest change in the flow parameters for the cylindrical pro-
file as compared to the wedge, takes place on the line MS (Fig. 0.;
The maximum change in parameters at M, compared with existing values
for shock reflection by the wedge, constitutes: For'Pressb'roe - 30%7
for density - 1576 and for velocity - 2976. The parameters'were det-
ermined to within an accuracy of 1076. There are 5 figures and 8
references: 5 Soviet-bloc and 3 non-~oviet-bloc. The references
to the English- language publications read as folloi~s: I-I.J. Lighthill!~'.
The diffraction of blast 1. Proc. Roy. Soc., A 198, 454-470, London,
1949; H.F. Ludloff, I.I.B. Friedman. Aerodynamics of blasts diffrac-
Card 3/4

211180
S/043/61/000/003/0.0.5/008
:Irregular shock-wave ... D201/D305
tion of blast around corners. J. aeron. sci., 1, 27-34, 1955.
fAbstracter's note: Ref. 3: H.F. Ludloff: Aerodinmika vzryvnykh
voln - is a translation into Russian.2
Fig. 1: Diagram of
irregular shock-wave
reflection
Card 4/4
PUC- L CXC.42 HeperyaRPHOrO
O.TpaweHHR YA3pHOA BOAHhj.

1. YAKOVLEVq G. I. SYCHEV, I.-Go
2. USER OW)
3. Loading and Unloading
4. Mechanized loadirl f a taiaers with red bricks on trucks.
Gor. khoz. Mosk-tANOo. 1,1 - 1952
9. blont List of Russian Acessions. Library of Gcngress, Februa
1953. Unclassified.

SYCHEV IA,-, - -
Temperature error of liquid manometric thermometers and methods for
compensating this error. lzm.tekh. no.10:26-32 0 161.
(MIRA 14:11)
(Thermometers--Testing)

RAZINI V.A.v i=h*t.rSYCJ"~,4kjo4i,.#J=h*
HDraa aeriec or mounuring mmbmwap monbmne onvoop and
b3=ka, Priborostroonie nont24-26 n lo. (KMA 16122)

1. YAHOIFIEV, G.I., SYCHEV, I.G.
2. USSH(600)
4. Brickmakin-
0
7. Mechanizing the loading of containers .Ath bricks in brick plants.,
Stek.i ker., 9, No.11, 1952
9. Monthly List of Russian Accessions, Library of Congress, February, -1953. Unclassified.

SYCIMV, I.I.. inzhener.
Plaster cement injection of water intake shafts at the Mingechaur
Hydroelectrio_?oXe3r~.Station..Gidr. stroi. 26 no.4:15-16 Ap 157.
(concrete construction) MaL 1o:6)
(Mingechaur Hydroelectric Power Station)

SYCHEV, Ivan Nikolayevich,; RETYNOV, P.T., nauchnyy red.; VAGANOTA.
'?%,A~ red -;-- BARICHEVA, V.VO., tekhn. red.
[Prefabricated reed-panel houees and how to market them] Sbornye
zhilye dome iz kamyshita i organizataiia torgovli imi. Moskva Goo.
izd-vo torg. lit-ry'' 1958. 94 p. (kIRA i1:10
(Building materials)
(Buildibgs,Profabricated)

A
RYZHKOV, I.V., kand. tekhn. nauk; S~CHE-V, ]%,S. , -nzh.
Improving the shakeout of water.glass mixtures. MELshinostroenie
no.5:47-50 S-0 163. OUM 16 -.12)
1. Kharlkovskiy politekhnicheakiy institut.

SYCHEV, K. A.
"Elementary Method for the Computation of Heat Balance in Ground".
Meteorol, i gidrologiya, No 6, pp 25-27, 1954.
The method is based on direct measurements of temperature in ground.
The scheme of computation of the coefficient of temperature conductiv-
ity (a) is copied from V. B. Shtokman's method for determing the heat
balance of the sea. Representing the equation of heat conduction in
the form of finite differences, the author obtains a formula for the
detere'llination of the coefficient a in the limit of,&t. He also gives
a formula for determining the mea3 coefficient of temperature conduo-
tivity a . over a longer period of time. The computations of heat
balance are conducted on the assumption that part of the heat obtained
by the upper groundlayer (Q) goes to change the heat content of this
layer (q1)., and another part (q2) spreads to the lower layers. He ob-
tains an expression for Q, (RZhGeol,, No 10., 1955)
SO: Sum No 884, 9 Apr 1956

SYCHIN, K.JL.
Three hundred and sixty-ulx days on a floating Ice island.
Frobl.Arkt. no.4:108-109 158- 1 (MIRA 11:12)
1. Hachallnik stantaii. "Severnyy polyus-6."
(Arctic Ocean-Oceanographic research)

SYCHXV, K.A.
The floating ice island of the station ONortb Pole 6.0 Probt.
Arkt. no.5:121-124 158. (HEU 13.5)
(Arctic Ocean--Ice)

SYCBEVt K.A.t red.; FROLOVs V.V., red.; DROZHZHINA, L#Pov tekhno redo
[Materials of observations completed by the research drift~stations
nNorth Pole 4,n ffNorth PEE 5,0 and "North Fole 6a in 1956-i9571 Xa-
terialy nabliudenii nauchno-issledovatellskikh dreifuiushchikh stantsii
"SeverrWi po-lius-4, nSeverryi polius-5,0 "Selrernyi polius-611 1956/57
goda. Pod red. K.A.Sycheva. Leningradp ItMorskoi transport," 1959.
647 P. (MIRA 14:7)
1. Leningrad. Arkticheskiy i antarkticheskiy nauchno-issledovatellskiy
institut.
(Arctic Ocean-Meteorology-Observations).

SYCHN, K.A.
Heat balance of the active layer of permafrost in
summer. Probl.Arkt.i Antarkt. no-1:87-93 159.
(MM 13:7)
(ArGtic regions--Frozen ground)

v
SYCHE'V, K. A ,
Three yearn of drift on the floating ice island "Severnyi
polius-6." 14or.flot 19 no.4:21-23 Ap '59. 04IRA 12:6)
1. Rukovoditel' otdela Arktichaskogo J Antarkticheskogo nauchno-
isaledovatWakogo inatituta.
(Arctic reginns-DrIft)

BAKALOV, S.A.; DERYIJGIN, B.A.; SYCHLT, K.A. .
Radiation and heat balance of the surface of dry land in
the Arctic. Trudy GGO no.92:102-126 '59.
04M 13:5)
(Amderma region--soil temperature)

SYCHEY, K.A.
I-------
Heat content of Atlantic waters and the expeciditara of heat in the
Arctic Basin. 1robl.Arkt.i Antarkt. no-3:5-15 160.
(MIRA a-3:9)
(Arctic regions--Ocean temperature)

SXCHML,-Konstantin Arsentlyexich; ANDREYEVA, L.S., red.; LAVMOVA, N.B.9
tekhn. red.
[On a drifting ice floe] Na dreifuiushchem ledianom ostrave. Mo-
skva, Izd-vo nMorskoi transport," 1961. 112 p. (MIU 3.4.12)
(Arctic regiono-Russian exploration)

i
DVOSKINA, G.I.; ANDAYEVA, N.Iq.;.SYCHEV K.A red.; ANDREYEVA, T.P., red.;
KOTLYAKOVA, 0.1., tekhn.red.
[Materials from observations at drifting research stations North
Pole-6 and North Pole--7 in 1958-1959] Materialy nabliudenii nauchno-
issledovatellskikh draifuiushchikh stantaii ffSevertwi polius-6,"
"Severnyi polius-7" 1958/59 goda Leningrad, Iad-vo "Morskoi transport,"
1963. 709 p. Leningrad. Arkticheskii i antarkticheskii nauchno-
issledovatellskii institut. Trudy, vol.251). (MM 16:5)
(Arctic regions--Meteorology-Observations)
(Arctic regions--Actinometry-Observations)

DUBROVIN, L.I.; SYCHEV, 'A.A.
An obsolete manual. Okeanologila 3 no.5:949 163. (MIRA 16:11)
i
- - ~

11 !~h
7-3! n 3,1,2
nivua
7
S z~

SYCHEV) K.A. 2 red.; ZHI)ANOVA, 1'. A., rod.
[Materials of the ob3cirvations of the "North Pole-811 and
"North Pole-911 research drifting stations in 1960-1961.]
Materialy nabliudeniiiiaucL-io-issiedovatells;-i!-,h dreifuiushchikh
stantsii "Severnyi pollus-81' i "Severnyi polius-911 1960-1961 goda.
Moskva, Izd-vo "Transport," 1.964. 589 p. (Leningrad. Arkticheskii i
Antarkticheskii nauchro-issledovatellski institut. Trudy, vol. 261).

SY 13m.4 K.A., md.; ZHDPIIOVA, T.A., red.
[Materials on observations of the research drifting stations .
"Severnyi Pclius-8" and Severmyi Poliu-0-9" in 1960-1961.1
Materialy nabliudenli naiiehno-issiedovatellskikh dreifuiushchikh
stantaii "Severnyi polim-811 i "Severnyi polius-9" 1960/1961 g.
Moskva, Izd-vo "Transport," 1964. 598p. Leningrad. Arkticheskiy
i Antarkticheskiy nauchno-issledovatellskiy institut. Trudy,
vol.272) (MM 170)

SYCHEV, redo; BIKULOVA, R&Ip, red.
(Materials of the observations of a drifting research station
"North Pole-8j," 1959-1960.1 Materialy nabliudaaii, nauchno-
isoledovatellskoi dreifuiushchei stantaii "Severnyi poliusm
1959/60 goda. Leningrady Izd-vo "Morsk-oi transport,u 1963.
294 p, (Leningrad. Arkticheskii i antarkticheakii nauchno-
isoledovatellskii institut. Its Trudy, vol. 270)

SYCIIEW., K. I.
Approximative method of estimating water Lu'laws into mine workings
Razved. I okh. nedr 26 no.9.-45-49 S t6O. (MIRA 15.M
1. TSentrallno-Razakhotanskoye geologicheskoye upravlaniyee
Mine water)

.-SYCHEV, K.I.; ISHMAKOV, K.I.; ZHUKOVt M.I.; CHMCHENKO, Yu.T.
New data on the hydrogeology of the northern Lake Balkhash region.
Mat.po geol.i pol.iskop,TSentr.Kazakh. no.2:85-95 162,
(MIRA 15:12)
(Balkhash Lake region--Water., Underground)

SYCHEV, K.I.
Formation of reserves of ground waters in central Kazakhstan
VaUeys. Razvede i okh. nedr 29 no.5-.46-51 My 163.
(MML 16:7)
1. TSentralino-Kazakhstanskoye geologicheskoye upravleniye,
(Kazakhat-an-Vaterp Underground)

MWOV,, B.P. (HbskvaYy GAUER, Z.Ye. (Moskva); KOEELEV, M.Y.; SYCHBV X.I.
(Karaganda); UMAROV, M.U. (Iloskva)- SHUTLIV, F.A.j kand.geol.-
mineral.nank
Newsy arm-W. facts. Priroda no,,12999-109 V 162.
(MIRA 15:22)
1. Donetskj~ya geologiahealmya partiyap Rovo-Troitskoye)Donetakaya
obl. (for Kobelev). 2. TSentrallnn savet 7seroosiyokogo obshcheotva
okhrany prirodas, Mosk* (for Sbutliv).
(.%ienee nmm)

MIKHAYLGV,, Yu.I.; SAGUYCHENKO, I.K.; SYCHEV, K.P.; TRTJBCHANINOV, I.D.
Electrotensiometer for studying the parts of conveying apparatus.
Sbor. nauch. trud. KMI no.19:117-123 162. (MM 16'.5)
(Conveying zaachinery-Testing) (Tensiometers)

ROZHDESTVENSM , B.A., general-leytenant, zapasa; RUBLEV, S.T.,
general-mayor v otstavke; SDIVOLOKOV, V.N.,, general-
mayor v otstavke; ZIMAIM, P.Y,._, general-mayor v otstavke;
SYC general-mayor., red,,* MAIAIUMDV,, M.Ma, polkovnik.,
red.-. G147EDOVETS., P.P.-, polkovnik zapasa, red.; ZUDINA, M.P.,
tekh~. red,
[Attack in a wooded-swampy-and in a wooded-mountainous
locality; collection of tactical examples of-the attack of a
rifle unit in the Great Patriotic War in 19"] Nastuplenie v
lesisto-bolotistai i gorno-lesittoi restnosti; sbornik tak-
ticheskikh primerov nastupleniia voisk strelkovogo korpusa po
opytu Velikoi Otechestvannoi voiny v 1944 g. 14oskva,, Voen.
izd-vo 11-va oborony SSSR, 1961. 203 P. _ [Album of diagrams]
Allbom skhem. 14 diagrams. (MIRA 15.-2)
(Attack and defence (Ilili~a4 science))

SHISMIN,.Kikolay Pedorovich, kand.tekhn.nauk; OLEKSEVICH, Valeriy Pww~lovich;
DAIFIJ,,IN, P9tr Takovlevich; MIKHMV, Yuriy Aleksandrovich; STCEIRT.
-L"Ri . Prinimali uchastiye: SHAT-AGIROVA, T.S.,
SMORODINSKIY, Ya.K., kand.tekhn.nauk; KALINICHINKO, N.Y., inzh.;
CHA IN, Ye.V.. inzh.; ASTAVIYEV, V.D., inzh.; PROKCFIYXV, V.I..
vedushchiy konstraktor; ROGOV, V.A., starsbdy master; NOSKALENKO, VA.,
laborant; GBRASINOV, N.F., laborant; POPOV, N.A., kand.fisiko-matem.
nauk; KALINIGHENKO, M.P., inzhj LTIBIMOT, B.G., otv.red.; ALADOVAO
Ye.I., tekhn.red.; PROZOR0V3UTA,.V.L.,.tekhn.red..
[Protection of the electric equipment ahd cable netvorks in mines)
ZaBhchita shakhtnykh elektroustanovok i kabel'nykh setei. Pod red.
N.F.Shishkina. Moskva, Ugletakh12dat, 1959. 242 p. (MIRA 12:3)
(Electricity in mininq) (Electric cables)

Z/019/61/018/011/001/005
DOO6/DlO2
AUTHORS: Tsapenko, E. F. and Sychev, L. I.
TITLE: Transistorized instruments for checking the insulation of three-
phase networks with insulated neutral by a tension up to 1000 v
PERIODICAL: Prvehled technicke' a hospoda"r"'ske 3-iteratury, Energetika a elektro-
technika, v. 18, 1961, no. 11, 499, abstract # E 61-6901. Prom.
Energ. 16, July 1961, no. 7, 32-35
TEXT : The article presents an analysis of the transistor circuit diagrams of
insulation checking instruments, including the basic triode diagramy a bridge
diagram, bridge diagrams with a trigger relay and with a trip relay, and a bridge
diagram with a switch. The original article contains 5 figures and 5 references.
FAbstracter's note: The above text is a full translation of the Czech abstract3
Card 1/1

G]EYSUKH, M.V.; YEWILOV, A.A.; ZiUMSKIY, Yu.Ye.; KAZYMOV, A.A.;
KATSEVICH, L.S.; KIRPA, I.I.; KIREYEVO M.I.; KNYAZEVSKIY,
B.A.; KOFMAN, K.D.; KRZHAVANIK, L.V.; KUZNETSOV,, P.V..-,
MOF0Z0VJq K.S.3 RAKOVICH, I.I.; RYABOV, M.S.; SVENCHANSK-TY,
A.D.; SOKOLOV, M.M.; SYCHEVP LAI,; TVERDIN, L.M.; KHEYFITS,
M.E.; SHULIMOV, Ye,V.'; EPSHTEYN, L.M.; SHCHEGOLIKOV9 Ye.L;
TSAPENKO, Ye.F.1 FEDOROV, A.A., glav. red.; SERBINOVSKIY, G.V.,
red.; BOLISHAM , Ya.M., red.; BRANDENBURGSKAYA, E.Ya., red.;
TVERDIN, L.M., red.; FRIDKIN, L.M., tekhn. red.
[Handbook for power engineers ot industrial enterprises in
four volumes) Spravochnik energetika promvshlennvkh pred-
priiatii v chetyrekh tomakh. Moskva, Gosenergoizdat.
Vol.2. [Electric-power supply (conclusion), use of electric
power and electrical equiprAerit in some branches of industry)
Elekttosnabzhenie (okonchanie), priemniki elektroenergii i
elektrooborudovanie nekotorykh otraslei promyslilennosti. Pod
obshchei red. A.A.Fedorova (glav. red.), G.V.Serbinovskogo i
1A.M.Bol'shama. 1963. 880 p. (miRA l6i.7)
(Power engineering-Handbooks, manuals, etc.)
(Electric power distribution)

1" V, Y I I -A. ; ",A" C!~7v , L. I. i,r'rllm,'lL ut-h-u"itivc
- - , I il ;I , L
0 ST ~ iUl I All.-; --kanct, --Le'khn. 1--auk, ratsenzerl-~j 41~01,0'1,Nft 1
$ 0
ye.l., ved. red.
[E.'L(:ct,r-.Ic networks in -miuing enter-prises] Elekti-icheskie se-
ti gorriYkh predpril iat-14- Vo-slaa, Nealra, '196L. 240 P.
18-3)

1. -)Yciff-Ev, Lt.
2. US;R (600)
4. Public Health - Turkey
7. Results of American management in Turkey, Sov. kras. krest 3, No. 1, 1953.
1
9. Monthly List of Russian Accessions, Library of Congress, - May 1953. Unclassified.

TYACIEMKO, Grigoriy Georgiyevich; SYCHEV, 14., red.; SUMIAREVSKAYA, N.,
-tekbn. red.
(Heroic work of Donets Basiti miners; the struggle of Donets Basin
party organizations for the restoratior of --oal mining during the
postwar five-year plan] Podvig shakbteroV Donbassa; partArqe or-
ganizatsii Donbassa v bor'be za vosstanbvlenie ugollnoi proaWshlen-
nosti v gody poslevoennoi piatiletki. Khartkov, Luganskoe obl. izd-
Vo, 1960. 74 PO (MIRA 14M
(Donets Basin-Coal mines and mining)

KAMSKIY, Vladimir Yevgentyevich; DOROSHCHENKO, Pavel Petrovich;
. TSOVA, V., tekhn. red.
,; KUZNF
[Cupola furnaces with water cooling]Vagranki a vodianym okh-
lazhdeniem. Lugansk, Luganskoe oblastnoe izd-vo, 1959. 12 p.
(MIRA 1611)
(Cupola furnaces)

SYCM, M. (deceasod]
Rent for nonresidential buildirgs. Zhil.-kom.khoz- 7 no.12:27-28
'57. (MIRA 11:12)
(Re~ht)

SYCH,Mare~k ID,Boguchwal; GAWRSK1,Julian; TRETER#Aleksander
XIN
Use of electric shock therapy in anesthesia with the application
of controlled msucle relaxation. Neur. &a. polska. 10 no.1:129-
140 J-&-F '60.
1. z I Kliniki Chirargicznoj A.M. w Krakowie, Kierownik;
prof. dr J..3ogusz,1- '. z Kliniki Psychiatrycznej A.M. w Krakowis,
Kierownik: prof. dr.g. Brzezicki.
(SHOCK TH&ItM BLECTRIC)
OffJSCLE RELUANTS %her.
(ANESTHESIA GENRUL)

KONDHATOV, M.G.; SYCHEV .11 red - ALEKSEYEV, N., tekhn. red.
.. - " .1
[Studies in forensic riedical roentgenology] Ocherki su-
debnomeditsinskol. rentgenologii. Lugansk, Luganskoe ob-
lastnoe izd-vo, 1960. 164 P. (MIRA 17:2)
NV-

6 4 4~ 4 d 'C'
W
69A
C
~-g b3 ;~j g - - - - - - - -
of
00
Ddenidutitits of tbe'vj4dfic surface at comitate by

g the CUMA U1904" T. F~ Z1tVVAVt.VV AND M. M.

A Syclsov. Zkxr. IWAW. Kkiw-. 20 131 IN -7M 01N.).-
The Carmn met had for determining t be specific surface of
7 cement.% aA modified by IAa. and Num to force air through
the layer of cement by means of exhaust was farthef inodi-
i
r
tied to accomplIA by meaus of a
Legg Mail ItI.Mme.- it In the Manout-
r
r
c.
e"u
p
tier% with differences In levvti of to to 441 cut.. an air
00 aream of 2 to 4 Ifters/hr.. and an apparatus constant
-4
l i
d
k
h
h
h
C
7
Th
00 e it=.
ors uu
a
o
n t
.
e out
v
- 3.4
X IU
94 nometefs with diffrrences lit level% of 20 to.15 eni. and an
1
ifi
f
c ur
Wve
. t4gec
=us comt gut C - H to 11 X It)
1
0. by the Catumin niethod and also by tid-
truilited
culations. usingn powder whow StAnUk"lletriC "U11-1tion
wAs established by the Robinson metbot! which was modi-

ALAL
~!j tied to use alcobol Instead of water. The correction

.
. coefficient of the apparatus, K = where
S,w.. and are the calculated and experimentally
obtained specific surfAces, was found to be O.&G. The
Cr .6 sufficiently simple in Ige adopted In
1;=mc
B,Z.K.
WOFk.
O

If

ASM.SLA
ZL CLASSWICATION
LLURG.CAL LITC*.T4RE
.14W NOWLnv
sinavo -A I a.C

,
, 631131 aw M. lit
ZA
U U At 00
if I
K
K
I a XI S a Md 0 K 1, 1 r a 9
A3 a 3 a T
XW a I
1
1
0 0 411 0 0 04
00 0 49 0 0 00 sees 0 06006
Zoo
.1
r
see
X90
:00

A A., f A A F 9 1 a I
*0 4 t.1i.1v~~l-:..'.~!-.'~!'Q-4---~l-,.--,-
A
---
U~
1-40CIttit AMD VIOPIN1141 Mks
A R&I MAtUidS (4C Maki, 12vi WOOL V. F. ZHVKAV-
L&V AICID M. M. SYOM. J. APO" C"~ (I.I.&S.R.).
00a 2' 3
lW3W (1948).-Tbe following method waa dc-
0 vel~,d for testlog tbt suitability of raw material for mak.
int mineral wool. (it) determination of the chemical cam-
position of the raw material and at the fluxes. (6) propor.
00 sinning of the charge and Boxes to give a melting point of
not over l2tj(~* to 12W*C. And a ratio of JSKh + Alt")~
60 4
cao > t. (t) titterustuation, of the fluidity of the moll.
00 (J) peoduction of saniples ol minwA wool, (s) study of the
propertkA of the wool and. it ucccuarr, modiAcati4n of the
**so
tnelt with Runs until wool of the desired charts"Crist" 6
00 43 obtained, (1) determination of the PosadbilitY of using the
raw material. mW (g) stlwtiots of the proper charge for
000
large-scalepooduction. Tber&6oo(AlA:SKh%bouldhe
00 considered im an important factor In affecting the %itcosit y
of the melt for$ given content ofCAO. Experituentswerr
conducted with dxchugo baying about thesasnecontent of
00 AIA and FryDj but varying contents of CaO and NISO.
Best results were obtained with a charge containing SA
41.M. AlAh 980, Fc^ 2". CaO 37.40. and MgO 7.M17r.
Id to which 6.38% sodium soltate was subsequently added
(to give I.gU%.Na*O in the melt). CharactcrWksof wool
obtained from this charge were as follows: minimum
thickness of fibers t.26 p. maximum thickness 37 j,. length
of fiWs I to 10 cm.. bulk weight under a load of 0~ I kg-I
cot." 241) ke./tms. beat conductivity Wri cal./m. hr. 'C.
and hygroscopicity 0.41% in moist storage and 0.31-
i ~, rt
its air storage.
A I a - I L A MITALLURGKAL LITINATLIfit CLASSMICATION 91-zr7r. --=~-7%,
1113443 -11 CNV 441
IF It 0 9 1 IN a 5 a a 3 4 T
0 U U 11 '0 tP to It ii N a ga t It 1, a A i
4
~4-1 logo's o 0 0 0 g, 0 0-toes-06 0 0 0 a 0 00 0 40 0 a 0 0
000 :1* 0 & * 0 0 0 0 e 0 016,*0 00.*00 a*** 0 00 4, 0 a * 0 40 0 0 o
'00
-00
'00
_0
0
-4i 0
.00
'tow
0
9 I;oqp
solo
goo
goo
use
00

SYCHEVI- M.- M.
USSR/Chemistry - Mineral Wool, Manufacture of Mar 1948
Olemistry - Mineral Wools, Raw Material. Testing of
"Research on Raw Materials for the Production of Mineral Wool,,*
V. F. Zhuravlev, M. M. Sychev, Leningrad Tech Inst. 8 pp
1122hur Prik Xhim" Vol XXI, No 3
Describe laboratory method to determine which of several sample of raw
materials is most suitable for the mawifacture of mineral wool. Tabulated
results, showing characteristics of the samples. Submitted 8 Jua 1947.
PA 70T23

CA
V.P.Zburavlev-
and v v. Timing 17. No. 4. 9-I(XIOSO.-
The h, best Wii'texted by amprradng powd. mineral
under 2W kS./sq. cm, poems into 0.5 X 0.5 X 04-cm.
cubes, firing the cubes at appro
2gate temps. and deig. the
hardom by penetrotim of I it. load. CeS. C*S. GA.
and C.AF were tested In this way. of them, the hardest
were CAP and CA and the least hard was CA. The
twi It lenem estd. by observing the crumbling at the ed of
I
the impression was highest for W and practically .7f:
CAP. M. Hofth
46-