SCIENTIFIC ABSTRACT SHCHEDRINA, Z.G. - SHCHEDROVITSKIY, S.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001548730010-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SHCHEDRINA, Z.G.
Foraminifer fauna (Foraminifera) of sea waters in the region of
southern Sakhalin and the southern Kurile Islands. Isel. dallnevost.
Issl. dallnevost. mor. SSSR no-5:5-41 '58. (MIM 12:3)
(Sakhalin--Foraminifera) (Kurile Ialands--Foraminifera)

SHCHEDRINA, Z.G.
Fossil foraminifern in bottom depoBits of the Kara Sea.
Sbor.st.po puleont.i blostrat. no.11:66-71 '58.
OAIM 13:1)
1. Zoologichankiy institut Akademii nauk SSSR.
(Kara Sea-Foraininifnra, Foasil)

SHCHIDRIMI, Z.G.
, 'ie Kurile-Kamchatka Trench. Trudy Inst, olman, 27.
Foraminifera of t
161-179 158. (MIRA 11;4)
1. Zoologicheskiv instit,ut AN SSSR.
(OWhotsk, Sea of-Foraminifera)

r a:n S a ~:n -2 t.L
e An e :i1, -.e
liew Ycrk ('i t V. A-,.z.-- L 11 E e
(,.Tn.-,tit,.,,te i f --y A a u' e e,, e

LINDBRRG, G.U.: SHCHEBRINA, Z.G.; DOGEL, V.A.; RF.SHETNYAK, V.V.; STRELKOV,
A.A.; KOLTUN, V.M.; ILLUiDV, D.V.; 'Vil.11OV, A.V.; BYKHOVSKIY. B.Ye.
ZHUKOV, Ye.V.; PMGA14ENT, T.S.; KOROTKKYICH, V.S.; USH&KOV, P.Y.;
KLYUGE, G.A.; ANDROSOVA, Ye.I.; GOSTILOVSKAYA, M.G.; BRODSKIY, K.A.;
GUSEV, A.Vj; TitRhSOV, N.I.; GURIYANDVR, Ye.F.; VjiGIN, Y.L.;
10MAKINA, N.B.; BULYCHEVA, A.I.; KOBYAKOVA, Z.I.; LOZINO-LOZINSKIY,
L.K.; YAKOVLE'VA, A.M.; (]ALKIN, Yu.I.; SKARLhTO, O.A.;
AK114JS1fKI11, I.I.; DIYAKOIX)V, A.M.; BARAIUVA, Z.I.; SAVBLIYNVA, T.B.;
SKikLKIN. V.A.
List of the faum of mar1no waters of southern Sakhalin and
southern Kuriles. Issl.dal'novost.mor.SSSR no.6:173-256 '59.
(MIRA 13:3)
1. ""oologichaskV institut AN SSSR.
(Sakhalin--f-farine fauna)
(Kurile IslandB--Marine fauna)

SHCHEDRINA, Z.G.
Foraminifers. in the bays of the White Sea. Trudy Belomor.biol.
sta.MGU l.-51-69 162. (HIPA 16sl)
1. Zoologicheskiy institut Akademii nauk SSSR.
(White Sea-Foraminifera)

7,: n f,~T a of h' F~h I i-
164.
nor-he=

".G.
1. - Z, , I. .1,
Some change-s i- :,he system of the order Rotali---Ida (Foiam--ni'Lera).
Vop. mikroi-altont. no.8:91-101 164.
'1,!TR
- _4 18:5)
~
1. Zoologicheskiy inst-itut AN SSSR.

;T, -7NA
bottr)m sadir-ents of the
dy IN

C I., ~'L~: . . . . . . .
I,-3.1*1'6F R, D. Yt-. RU3F-,SHT:ElN, I. S.
"CaSes of ','olibacillosis in Newborn Children," -,11hurnal Mikrobiri-Ir-, J-i
:,,'r,idemioLo ii i D~munobiolor,ii. No 1, 1~--,53 -
Bel-orussipan Institute of Fpidemiologgy and Microbiology

SHCH&PILOV, N.S.; SHCHEDRINSKAYA, Z.M.
Effect of designs of pipe-Drees cores on the quality of molded
products. Trudy Kh-PI 31 no.1:91-95 '59. (MIRA 13:10)
(Pipe, Clay)

ACCESSION NR: AR4015647 S/0081/63/000/022/0440/0440
SOURCE: RZh. Khimiya, Ab s. 22N87
AUTHOR: Atroshchenko, V. I.; Shchedrinskaya, Z. M.
TITLE: Catalysts for the heterogeneous oxidation of natural gas to formaldehyde,
and methanol
CIT-ED SOURCE: Tr. Khar'kovsk. politekhn. in-ta, v. 39, 1962, 19-24
TOPIC TAGS:* catalysis, oxidation, o~zidation catalyst, natural gas, natufal gas
oxidation, heterogeneous oxidations formaldehyde, methanol, raetal oxide catalyst
TRANSLATION: As catalysts for the partial oxidation of natural gas (93% CH4, 2%
02), the authors investigated the metal oxides ZnO, CuO, A1203, Fe202, Mn02,
IN1003, Cr203, V205, B-0, A920, Th,02, U205 and AlP04, glass wool, asbestos and
pumice (also used as carriers), as well as Cu-Ni and Cu tubing. Thecatalysts
were prepared from the carbonate or a=,bnium salts by precipitation, filtration,
and baking at 600-700C, followed by briquetting, and by the application of ni-
trate solutions cc heated pumice,drying at 110C, and baking for 3 hrs at 750C.
The carrier, 3% by weight M003, was prepared'as follows: the carrier was treated
Card 1/2

ACCESSION NR: AR4015647
with a solution of (NH4)2MOO4, boiled for 45 min., and 12 hrs later the samples
were dried for 2 hrs at 110C and baked for 3 hrs at 750C (for glass wool, at
450C). The authors then studied single, double, and triple catalysts and the
effect of the carrier. Determinations of catalytic activity were made at vari-
ous temperatures (375-500C), volume speeds (15,000-50,000 hr-1), and amounts of
catalyst (0.5-50% metal). For each catalyst there is an optimal volume speed
and temperature at which a high yield of CH20 and CH30H is obtained. The opti-
mal content of metal applied on pumice is 2-10%. In the presence of metals on
carriers, the overall yield of useful products (from the participation of CH4 in f
the reaction increases considerably and a selective catalytic action is observed..,
The most active catalysts are M003, Th02, Cr203, A920, and a mixture of A920-
Cr203 on pumice and without it. Triple catalysts are less active than double or
single. A high yield of CH30H, up to 32.6%, is obtained on Cr203 and CU20; up tO~
25% on M003 and A920. The best carrier is pumice. An outline and description of
the process of contact oxidation of natural gas are presentea. L.R.
DATE ACQ: 07Jan64 SUB CODE: CH ENCL: 00
Card 2/2

'Y ~.'l A
C.A.
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"Kur.
ta
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L-7 66:7, it. A ~ j !Y' VF , Yt- . Nh I i A Y,i 1j; I," INKU E , 1,
i!, I ye.,-, Yf--
VAYNTPAITP)
Z i; I DK.0", 5 V . A Ul; I N-,K I Y
Frel'abr'.cated block-s of i-mCired magnes-te-chrom-lze brick.
Metallurg 9 no.4:23-24 Ap 164. (MIRA 17.9)
1. -ljkr--a4-nsvJY fnst-4tut ogneupcrnv, il-ikitovskiy dolomftovyy
ko,mbl~&~ i Kcrnminarskiy zav(-.,4.

ZIZEKSKIY, Yefim Illich; SOLOVIYEV, V.N., kand. tekhn. nauk,
retsenzent; SHCHEDRINSKIY, L.S., inzh., retsenzent;
M_ i-
MALIKOV, Ij . . i;a~&-Ae-kEn- nat2:, nauchn. red.; LESKOVA.
L.R., red.; CkISTYAKC-VA, R.K., tekhn.redv --- -
[Reliabiiity of radio and electronic apparatus] Nadezh-
nost' radioelektronnoi apparatury. Leningrad, Sudpromgiz,
1963. 101 p. (MIRA 16:7)
(Electronic industries--Quality control)

SHCHEDI, 'INSKIY, ~Iikhail horiaomich; V013 GOV, Ajoksandr Vy,-,cheslavov-Lch;
"duard Earlovich, Prinimali uchasti, It%
ye: 00EV, A.S.,
Inzli.; BELOV, M.A., inzh,; USUNIT, D.V., inzh., retsenzent;
GORSIIKOLEFOV, F.A., otv. red.; RUl:Ali0Vr-., L.A., red.izd-va;
SABITCV, A., tekhr-. red.; IL'I"SFAYA, G.Y., -teldm. red.
[Asbc-s-Lo- concent,-ation] Obogashchenie asbestovykh rud. Fo-
slwa, Gosgortekhizdat, 1962, 233 P. (1,11MA 15:7)
(Azbestos) (Ore dressing)

SHCHEDRINSKIY, M.B.; SIDENKO., I.P.
Determining and calculating technological indices in
chrysotile-asbestos ore dressing. Awch. trudy VNIIasbeBt
no.3.-3-40 162. (MIRA 16:11)

kand. takhn. nauk~
bavirl Abrarrio~,v.i--t, mzh.; Mi, VEDIEVA, Y-.,T., nA.
I
1~.amufacture .:if one-piece compre~is--,d furni ture with
sii-acultapeous finishing] IzgrAovlenie tsellnopressovannoi
rnebell s odn(.)vrenennc---' 1,osk.7a, LesnHia pro-
158 P. A 18:8)

rj
FL

R07,FUSTV-10SKlY, D.A., 1-and"dat tek~.nicheskikh nauk. RJUGON. L-V.,
SHCHEDRO, V.P.
I-.ir.-,cvr-.!:;ent of citalytic snljttin~l cf fats at the "NoVyy My-!ovq-r"
F innt .Mnsl. zhi r.p.-oT. i7 rio. i, I1~5 ja 15.2. OILRIA 10~ 9)
i. Lns-,Atut narodnogo kh~,,-.ynystva Im. Plekhnnovn (for RozhdestveunFk-iy).
2. "Novyy Mylovar" (for rLqzi,,on, Shchedro).

GERNOINUS., B.;.,�HCREDRCMi0VA, Yu.; BABAYEVA, Z.
Uoing the mthematlc.~.,l mothod in planning freight haulage, Avt.
transp. 39 no.1-45-47 Ja 161. (MM 14:3)
1. Nauchno-isciedovately'skiy institut avtomobillno o transporta.
I (Transportntior, Automotive-Fieig ~

SHCHEMOLOSEV, V.~~.
Grinding and adjustment of tools. Politakh. obuch. no.8:88-89
Ag '59. (MIRA 12:10)
l.Srednyays.shkola No.22, Kherson.
(Tools)

SHCHEDRODDSIX, V.V.
First class on manual training in Crade five. Polit-ea.
obucb. no-9:32-33 S '59. (MIRA 12:12)
1. Srednvaya nhkola No.22 g.Khersona.
(Kher3on--Manual training)

SHCHEDROV, Ivan Mikhaylovich; LIPETS, Yu.G., red.; FOFOVA, V.I., mladshiy
red.; GOLI , A.V., red.kar-t~ BURLAKA, N.P., tekhn.red.
(Hanoi] nanoi. Moskva, Gos.izd-:vo geog-..:Litry, 1961. 76 p.
. (MIU 14:6)
(Hanoi-Description)

,78 S'-' 't-VEWEPA(S) twKW/
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Pab-10/Peb I.JP(c) R1-TAM1WV11JD1JrJ1WB
AM5015766 BOOK EXPLOITATION
669.14.018A5089Y.
4
_
Shchedrov, K, P.; Gakman, E. L,

Heat-resistant materials*, a handbook (Zharostoykiye materialy;
spravochnoye posobiye) Moscow, Izd-vo "Mashinostroyeniye,," 1 965.
166 p. illus.. biblio . tables. 7800 copies printed. A,
TOPIC TAGS: oxidationt, oxidation resistant material, heat resistant
material, metal oxidation, nonmetallic-material oxidation, metallic!
coating, nonmetallic

~in
L _R2~~t I
PURPOSE AND COVERAGE: This.book is intended for engineering personne
dealing with problems connected with tests and use of oxidation-

resistant materials. It may also be useful to workers in plants A
and laboratories. Data on the physical, chemical, and technolog-
ical.properties of steels, special.alloyss and cast irons are
systematized and presented. Characteristics and properties of
nonmetallic materials such as cermets and plastics are reviewed
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[card 1/4.-.---- _J.

L 51478-65
AM5015766
[
TABLE OF CONTENTS:
Introduction 5

Ch. I. General information on the oxidation of metals and
alloys 7
1, Gas corrosion of metals and alloys 7
2. Methods for'determining oxidation resistance -- 17
3. Methods for increasing oxidation resistance and protection-
against gas corrosion -- 22

Ch, II, Oxidation- and heat-resistant materials 31
A. Steels, special alloys, cast irons 31
1, Oxidation-resistant t els -- 31
M
-'70
2. Heat-resistant steels
-

3. Oxidation-resistant metals and alloys designed
for speeial
Use -- 80
4. Oxidation-resistant cast irons 99

Pard 2/4
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51 vy
-
66
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C-f 3- [1 c ii cj) ~ 0 V, M 9
.20
A*radw a( ceinwt ad0s. M. D, .9&hcdcov. ::'Ifrmeal
17, No. 1. 23-4(1951).-The pwiAltm of dust coi trol in -
mractit vindhic rooms is d6cuswd. M. I owh

SHCEEKDROV, M.D.
Lengthening the life span of drive shafts. TSemeat 17 no.6:21-22
N-D 156. (MLEA 9:8)
1. Tsementnyy zavod "Komsomolets".
(Shafts and shafting)

BYLOV, V.D.; ZNAMENSKIY, fu.U.; KAPITONOVA, L.P.; RICHEDROV, M.S.
Sulfuric acid method of recovering nitro.ren oxides from
incompletely oxidized gases. Zhur.prikl.khim. 35 no.7:1503-
1505 J1 162. '1~,A 1f;:?)
(Nitrogen oxide)

qmhverioalca-L jiusurut
USSR/-Radio - Receivers !-tar 51
--77-0 Raceii-,.rer Using Low-?~;-,te alta- (Des4 m
Section, -1hitomir F2dJo -1111,D) IN. Shchedrov
"Radio" No 3, p
The !ow-pl.,Lt.t*-V0l(,-'tyj~.k O-V-1 l*C'L*0h.'~)1' described In
to" 'No (ON7~ or :~n ""0-."'" riot
econoutiral or ;3ellzj
here uses -2 ISB-242 'G, connected ,-Ls triodes, and as
!on-,- and medium-wave bands. The Diate voltage
(4.5 v) is obtained from flashlight batteries.
leftl-07

'd'; _- - - A ; - -
. , -, " " 7 -j _ 4-, -T - - ~ 1 1 P_!
RME-SIM-A AR5013617 uR7627 1,~ )-5/C00/004,1 X32/_B033
681.142,,342.7
SOLT,CZ: Ref. zh. AlAomatika, tolemekhanika i vychis lite'. I naya tok~_nika. SvcdzrjY tom,
Abs. 4B242
AUTHOR: Shchedrov, N. T.
,TITLE- coimting trigger
,CT.TED SOURCE: Sb. UstroysLva i elementy prom. telemekh.Ln. Kiyev, 1964, 73-76
:TOPIC TAGS: trigger circuit
;TRAINLSATION: It is noted that in the remote-control eqiipment the potential
memory must be preserved in case of a power interruptioi. A register Its used for
'this purpose in which magnetic elements fix its positi3n. A trigger circuit of
~the register is presented. Figs. 2.
"SUB CODE: UP ENCL; 00
I ard

L 8608-66 E:'1T(d)/E',VP(1) IJP(c) BB/GG
ACC NR: AR5014366 SOURCE CODE: UR102TI/65/000/005/BO61/BO61
SOURCE: Ref. zh. Avtomatika, telemekhanika i vychijilitel'naya tekhnika.
Svodnyy tom, Abs. 5B441
AUTHOR: 'S4~;_ked~:qy Ponomarev, A. LIV
TITLE: Angle-to-code converter
CITED SOURCE: Sb. Ustroystva i elementy prom. telumekhan. Kiyev, 1964,
109-114
TOPIC TAGS: angle to code converter, analog digital converter
TRANSLATION: The shortcomings of existing angle-to-code converter types are
noted; the new converter (shaft digitalizer) has no such shortcomings. The new
6 -digit sensor is housed in a diamagnetic cylinder. At this cylinder bottom and
on its top, three heads are staggered at an angle of 120" to each other. The rotor
Card 1/2 UDC: 68 k 142.621

6225~-65

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-ACCESSION NR:: AP5001.743
SO

in operation Ori art has:
9 2 fiiizr6s--

ASSOCIATION: Institut avtomatiki.-Goskomi Aeta-,;p,o;pribokostrs_
SSSR (Institute of Automation, -: State Cornjmittee~ on. Measn
ur~ g, t
Gosplan SSSR) J

-SUBMITTED: 00 1 -'00

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ACCESSION NRz AP5014006 UR/0119/65/000/!)05/0027/0028
15
621.3-042.15:621-314
AUTHOR:.~~utayev, G. M. (Candidate of technical sciences); 212~1)drov, N. I. (Engdee~')
TITLE:_Angjj-1o-code c.ontactless converter with ferrite sensinj: elements
4C.
/
SOURCE: Priborostroyeniye, no. 5, 1965, 27-28
TOPIC TAGS: angle to node converter, contactless converter
ABSTRACT: The develcpmeat is reported of a new angle-to--iray-ocdo converter in
which the on-off swi,~,ching is effected by copper-foil aegmer.LS passing through
the gap of a ver-j sensitive ferrite core. The sensing element (:omprises a transistor
and a 3-winding ferrite-core transformer connected to form a ncnsinusoidal-wave
oscillator. Insertion and withdrawal of the copper segmax..-. in starting and
stopping the oscillations, with the oscillator functioning _z, t low-resistance
switch. One sensing element is required for every digit of Ln-- converter. A
wixe-saving time-sequence 50-CPS-supplied circuit is envisaged for Lransmitting
many-digit signals to a receiver. An experimental model -)f tne converter was

ACC NRi AP6036062 A) -IV ) --SOURCCtODt:-UR~/6,13"2/6*6/000/005/0033/0034--"!,
AbTHOR; Luchenitser, 1. A.; Shchedrov, N. I.
ORG: none
TITLE: Contactless device with an automatic time delay for reading out measurements
SOURCE: Mekhanizatsiya i avtomatizatsiya upravleniya, no. 5,1966, 33-34
TOPIC TAGS: data read out, transistorized circuit, switching circuit
-ABSTRACT: A contactiess switching device is described which can be used in a centraliz-~
ed control system for connecting any one of a large number of sensors to a measurementl
device by a simple depression of a button. The device operates in the following man-
ner: In the initial state a metallic plate made of diamagnetic material is in the gap I
.of a ferrite core with square loop characteristics. As a result of this, a transistor:
generator is prevented from oscillating. As the button is depressed the diamagnetic
plate leaves the gap and oscillations are established. The 65 kc oscillation after
filtering and detection, clear a series of flip-flops into the zero position. As the
button is released an elastic dielectric plate forces the diamagnetic plate back into
the gap and oscillations of the generator cease, which causes the flip-flop circuit to)
switch. Thus, the automatic time delay is produced by the natural interval of time be-~ L
UDC: 621.398.92
Card 1/2

ACC NR: A.7004476 SOURCE CODE: UR/3245/66/000/002/0077/00821;
AUTHOR: Shchedro 1.
Kiev institute of Automation (Kiyevskiy*institut av'%omatiki)
TITL7~: A null imill of a digital converter using silicon transistors (a voltage-time
converter)
SOM"CE: Kharkov. In3titut gornogo mashinoi3troyeniya, avtomatiki i vychislit-ellnoy
telchniki. Pribory i sistemy avtomatiki, no. 2, 1966. Promyehlennays, telemekhanika
~Industrial telemechanics), 77-82
TOPIC TAGS: silicon transistor, analog digital converter, temperature characteristlic,i
iime measurement, capacitor, digital system/ ~TGT capacitor
ABST,~ACT: A null, unit using silicon transistors has beer developed for a (iJ,'6-_ta_
converter which converts a voltage to a time signal. The desiFri has a hiz:~i pri~:cis`oa
a~nC, wi improved tomperature stability. The voltage to be measlared (UX) ~s CG.-.P.D_re"
%41th a linearly increasing sawtooth voltage ~Us) . The nujL1 unit (the measurement
dev-*ce) ind'Acates the instant when the sign of the difference between u, and u
The time measurement is thus proportional to the rise time for the sawtooth
voltage Us to equal ux. The sawtooth voltage is generated by an RC circuit with a
discharge transistor, The circuit is charged by a stabilized 150-V voltage, and the
u capacitor break-down voltage is 2.9 V. The nonlinearity of u is t 046. The
s s
Card 1/2

YUGOSLAVIA/Organic Chemistry. Synthetic Organic Chemistry. G
Abs Jour: Ref Zhur-Khimiya, No 22, 1958, 74038.
Author V. Hahn, Z. Stojamc, 0. Shcheclrov, N. Pravdich-
Sladovich, S. Tomashich, 57.-Me-f-.~
Inst
Title Amides of Thiopyromucie Acid. Thioamides. Report I.
Orig Pub: Croat. Chem. acta, 1957, 29, No 3-4, 319-327.
Abstract: 6C-A=dAd-A~;bCSNRR1 / Is. to Ir, in which R = R' = H
(Ia); R = H, RI --CH3 (1b); R H, R' C7H5- (Ic);
R = H, R' = C,.HSCI~, (Id); R H, R' C~k-~ (Ie);
R = H, R' = 2-CHCL.H+ (If): R H, RI 3-CH.,,Q-H4
(Ig); R = H, R' = 4-CH-G6H4 (bi~; .R-= Hl-';,.R'.-'=--2-
aD'fft ~n)j R*='.H,- R' ~i! 4-m3n%jr~(ij Y; -R'~='H, R'
Card 1/7
YUGOSLAVIA/Organic Chemistry. Synthetic Organic Chemistry. G
Abs Jcur: Ref Zhur-Khimiya, No 22, 1958, 74036.
R' = 4-C2H.,-CCGH -I (Ik); R = RI - C2H.:--(Il); R
= R' = 1~,C(CH_),CH,,, (Im)) RCH3, R' = CpH~-(In);
R = C,Hr-, R' (1o" R
C, t[-- (I~); RR' = C, H~- C~' 1~- 1;-'7' R,
and R = C,;i,,- R'
eOC,~ H c 0 y
(Ir),,' and S-methyl-iso-thicanilide of
thiopyromuciE-acid (II) were synthetized with a
view to study their biological properties.
Is. to Iq were prepared of corresponding
~CONRR'-s (IIIa to IIIq) and P S , and Ir and II were
prepared by the action of C H COC1 (IV) and (CH ) SO
(V) on Ie. 22.0 g of (tk=~CHC-H=--dCCC1 (VI) is added
to 23.2 g of phenetidine in 2200 ml of 55)-ual NaCH
in 20 min.; 1 hour later it is filtered and IM is
obtained, yield melt. P. 130 to 1310 (from dilute
Card 2/7

iuuuz)tAvtA/orgFtnic une-mistry. Synthetic Organic
i
Abs Jcur: Ref Zhyr-iaiimiya, Ho 22, 1958, 74oiB.
initial III-s, their amounts in g, boil. p. in' C/
mm, melt. p. in 'C, amounts of C-4-N in ml and of
PIS5- in g, reaction duration in min., purification
method, yield of I in its boiling point in " C/
mm and its melting point in eC are enumerated: IIIa,
3, -, 141 to 142, 15, 5.7, 4o, B, 84, 16o to 162/15,
130 to 131 (from benzene + alcohol)j IIIb, 4, -, 62.
to 64, 8, 7.1, 40, -, 153 to 157/18, 70 to 71 (from
benzene + petroleum ether); Mc, 17, 136 to 138/15,
34 to 34, 45, 13.61 45),B, 84, 155 to 16o/~6 148
to 150 11, - (liquid, n"'D = 1.6236 1 d , - - ?
1.1629~ 5, " " 98,
; IIId, 5, 111, -, 15, 2.8, 4 B,
49 to 50 (from petroleum ether); Me, 10, -, 123
to 124, 20, 7.2, 6o, A, 86, -, 107 to 108 (from
Card 4/7
YUGOSLAVIix/organic Chemistry. Synthetic organic Chemistry. G
Abs Jour: Ref Zhur-Khimiya, No 22, 1958, 74038.
benzene + petroleum ester), IIIf, 2, 52, 198 to
2co/9, 66 to 67 (from benzene +~--petroleum ether),
5s 1, 11) 40, A, 88, -, 85 to 85.5 (frcm benzene
+ petroleum ether); 1119; 5, -, 86 to 87, 5, 22,
4o, A, 67, -, 46.5 to 47 (from dilute CH,.OH); IIIh,
lo, -, lo8 to log, 2o, 8.8, 45, A, 85, -, 88 to 89
(from benzen + petroleum ether); IIIi, 1, -, 150 to
152, 7.1, 120, A, 84, 129.5 to 130 (frcm dilute
alochol); IIIJ, 2.17, lo4 to 105, 5, o.9, 4o,
A, 91, -, 129 to 130 (from CH;OH); IIIk, 10, -,
129 to 130, 220, 7.2, 90, A, 94, -, 8o to 81 (from
benzene + petroleum ether); IM, 12,134 t6 136/18,
-1-4o, 13; 84, 15~-to 163/-15-y-1-45: to 144/5, - (liquid,
Card 5/7
1 -A/ -,A , '. -- d i/ &,f Y'f
Abs Ju-4r: II^r Pf,

YUGC SLAV L~/O rgani c Chemistry. Synthetic Organic Chemistry. G
Abs Jcur: Ref Zhur-hhimiya, No 22, 1958, 74038.
NaOH, heated 30 Min. at about INC, cooled, and
II is produced, yield 94,1j, melt. p. 41.5 to 42"
(from 8Cp'-ual alcchol).
Card -- 7/7

L 10642-66 EWT(m)/EiIP(w)/EWP(f)/iiWP(v)/T-2/E4P(k)/ETC(m) KW/EM
ACC NRz AT6001026 SOURCE CODE: UR/2563/65/000/247/0094110398
AUTHOR: Dvoretskiy, K. P.; Nevinskiy, V. V.; Shchedrov V B:Ljr~'_
ORG: Leningrad PoliteeJmic Notitute .(Leniwadakiy politekhaicheskiy institutp
TITLE: A similarity method for the desiRn of the radial stage of a centripetal
turbine
SOURCE: Leningrad. Politekhnicheskly institut. Trudy, no. 247, 1965, Turbomashiny
(Turbomachines), 94-98
TOPIC TAGS: centripetal turbine, radial stage, design method, similarity method
ABSTRACT: The proposed similarity method for determining optimum parameters of the
radial stage of a centripetal turbine is based an mathematical treatment of experi-
mental data obtained from a series of similar model turbines. The power N, the gas
flow rate G, and the efficiency q of a turbine are the functions of the following
parameters:
N = f (pt, pl. To, R. k. ul, v. Xj;
G = f (pa, p1, To. R. k, u,, v, X0',
-q = f (PG- P2, To, R, k, u, v, x,),

L i Q. o 4 2-0 b
ACC NR: AT6001026 0
where p0 and To are the total pressure and gas temperature in front of the nozzle;
P2 is the static pressure behind the rotor; up the circumferential velocity; v,
the kinematic viscosity; k, adiabatic expansion index; R, the gas constant; and xi
includes a series of design parameters such as the rotor diameter DI, rotor blade
width b, and others given in Fig. 1. Introducing dimensionless parameters, we get:
JVRr* ?7T= , Re, k,
Dj.~~ qUIP0
U1 PO .
2k RT. (I kk1) -11 a--- P2 , X1.
4_1
V
Taking into account the effect of the nozzle angle a,, the relative width of the rotol
blade T - b/Dj, the ratio of the rotor-exit cross section area to the rotor inlet
cross section area K, and the blade twist angle 02, then the following parameters
have to be determined experimentally:
11 (T' CLI, X, P20 X, CF);
G f (r, Gi, M.,02, X. (r),
N f (TI Ct 1. 299 0 2. X. 0).
Based on experimental studies of the performance characteristics of 27 radial centrip-
etal -turbines of the same type at various valves of i, a,, and K, and constant

ACC NR: AT6001026
Fig. 1. Rotor profile diagram
zk 16, D1 160 mm, 02k -63', and
d = 0. 275;
_B7. D,
.graphs of the optimum relationship between various parameters of the turbine stages
were obtained which are to be used in the design of this type of turbine. Orig.
art. has: 4 figures. (PSI
Card

" I vju4/--Q0

1OZ7Z-66 EV1P(f)/r::-,) ~,-TC mI-AV
ACC
NR, AT6001027 SOURCE CODE: UR/2563/65/000/247/0099ID102.
AUTHOR: Dvoretskiy, K. P.; Nevinskly, V. V.; Shchedrov, V. B.44-
ORG: Leningrad politechnic institute (Leningradskiy politelkhaicheskiy institut)
TITLE: Energy loss in the rotor of a centripetal turbine
SOURCE: Leningrad. Politekhnicheskiy inst1tut. Trudy, no. 247, 1965. Turbomashinyl
(Turbomachimi~)o �9-102
TOPIC TAGS: energy loss calculation, centripetal tu.rbine, turbine rotor, turbine
" ), .4 "-
ABSTRACT: The energy loss in a turbine rotorris usually characterized by the velocit
coefficient ~ obtained from the relationship w2 = ~w2m, where w2 and w2, are the real
and theoretical relative velocities in the exit cross section of the rotor. While in
an axial-flow turbine I _ *2 represents the energy losses in the rotor, ifi the case
of a radial turbine, such a loss is not represented by I - 02 if.~ is calculated by
the above equation. Therefore, the following expression is suggested for determining
e(2Ai.+W')-"2 +
+ U2
2.
where Aik is the enthalpy drop in the roto r and u2 is the circumferential velocity in
the exit cross section. Other designations are given in Fig. 1. Calculated from thi

L 10773-66
Fig. 1. Kinematic parameters at the inlet
qy
cross section of a rotor
expression, I ~2 represents the energy loss in the rotor of a radial turbine. This
permits a comparison of the energy losses in both the axial and radial turbine rotors.
Considering that u wD'/2, ~ is determined by the Reynold's number Re = c1 Dly /Ii
I r
and CIU/u ; the latter parameter is the ratio between the Coriolis and the centriiuga3
forces. Ihis parameter is considered to be both a kinematic characteristic of the
performance of a turbine stage and a dynamic factor which affects the flow of gas in
a-rotor. The energy losses in a radial turbine rotor with an impact flow may be
ACC NR: AT6001027

L
ACC NR, AT6001027
calculated using the maxim= cncrgy consumption coefficient by the FolInving exproct- I
sion:
u1 + C" tg AP)l
-2 (C' COS n'
Ai, +
2
(see Fig. 1). Orig. art. has: 3 figures and 4 formulas. FPS) 1
SUB CODE: ~0/ SUBM DATE: non,/ ORIG REF: 003/ ATD PRESS:

ZINCHENKO, V.V.J. inzh.; SAYSONOV, M.T., dotsent; SHCHEDROV, V.K., dotsEnt
Mining geology conditions in constructing and exploiting mines
of the Karaganda ccel basin. Izv. vys. ucheb. zar.; 90r. zhur.
no.12:13-20 161. (NIRA 16:7)
1. -Kambinat "Faragam-da-agol" (,for Zinche--ke). 2. Kai-agandinskiy
DO, ,ekhn i c-- ski-. fr
-- U ~7 Shchedra-r". F--ke-
-Z 07. Sansonovf

XolwWu Thom of Fdcdm V. .4. Shchedroy (ZAkr. 7WAi. Fiziki.
1147. 17. =-W, V. Aba.. 19M. 4C 3334J.- flit Ilm"imil. Ciamide-ratunt.
.r Ilml,"olAr illtemetion lrlw,4 parts 14 t.., surfiu,,~ 1-0 to it
WO ~en. ,, in twn .,f . -*
. 11111a ill Which the t4 iji , is re pn-nI,d is a fim, -~ -rul
f
parumpters charach-rizing the roughnem of the surface, ill,- viaAlicitY. And
of I~mmrtrrs delvilding on the molecular structure of if)-? *urf~vv. Ill
Zticular. friction increases with the height of the molecular field of the
urface and with the cortf. of mok-cular interaction. and deerrises with inerr4a-
ing modulux of eWticity, rellitive rDughnfAs, and Poismon's ratio. Wherewi
the qualitative lirmlictions are consistent with the elillerimentil rvtulu of
KruipTskv (ibid.. 1143. M 145). the exponentli air different. nii., evidoti%.
is due to ibe mixed inolecukir-mechiinical naturv- ofactual fr:xtimt.
/Ir

0 * 0 0 0 0 & 0 0 0 *~* ~ , A , ~ -
0 0 0 0 0 0 o 0 94 0 o 0 0 0 o 04 0 W 9

*0 A

Of

.00
00 111 SO
Abr"ivr %%rw of surf.,-V
Shchedruv. Journal ul Trehnivot NIP---
Irs i US S.R 1. v. 17, fSept. 1947. 1) 1019-
1026 -In Rtwlan I
A theoretical. mathematical develop
III" I, Forimilws for determinalwon
total qnr orr will of Mixt. zoo
00 00

00 00
00, 00

go 0
002 -00
'00
go 00
00
00 .1 T It f (,I( It I (If*, ?L.t CL

too
o
0 * * a * 0 0 * 0 0 * 0 9 0 46 0 0 0 0 0 0;0 a 0 0 0 0 * 0 0 0 * 0 0 0 0 0
_Z 0 0 * 0 Wo 0 0 0 0 0 0 0 00 0 0 0_4~ .0_0, 0'. 0 00 0.00 0 00 0* 0 0 * 0 0 * 0

Terminasov. YU-S- (ld. I. Kalinin Leningrad Polytechnic lint itute), X-ray graphic study
of residual tensions of orders 11 antf III in steel fatiaur. 517-23
Shchedrov, V.S. . Contraction deterioration of the contact surface, S2S-8
Sorokins, V.V. and Timnfeev. P.V. (All-Wion institute of Electrical Mainepring,
Mnscow). Form of the field for electrostatic iernes, SOO-16
11 Starting with the lows of mechanics a theory is givien for the electrostatic focus.
igik of electron bragm. A (arm of the field for the electrostatic Irogra Is givwn
which permits electron Image formation with the least distortion. The method of
calculation and the form of neo'hYPerbolic'lenses is given."
t-/ r 4 t 4 C rc kle

01 to All a 0 0
n jog lot 102 111 3-4

a _CC A, i4a-k j I I
-L-AL ft

t
li
, A"'~'4% of 1)r)- S"dinx Friction cm the Ba%' of Slod) -

of Very Snull ~jovrmrnt% in the Zone of CoutacL On 00
Sfwh,Ar,~%.
pl;jAj
v Is. Jlll,l. 11.14m, ". Sit". sill
to formula f,,r deter ... imawn ,f ~11% 00
fidinir fri, '.11tilink-d ml lill. bums 4.( Pollielh.'. -00
g 0 theor,-fival mMitanical repm-~vwati,m .,( (rlctwll~
The bagis of the formula i, tht!
4, --nt 4 the mirface lav.;r, zoo
00
00 zoo

clam,
"'90
~ U*
all
A 3 A. L A 4E I'ALLURGICAL LITERAT1,191 CLAI$W)CATIC~
1111:3 Q41 .3
Is I it -- - -i--Ai
o a I , m 1w o I It 14
u '0
IT cr tr trorm Kam% Kull slacp" A I
iq ipgo 0060 la zx',
.00,00."
*b

may 49
USSR,tngineering
Friction
Surfaces Friction
"Dry Friction and Tts Role in Engineering," V. S.
Shchedrav, Cand Tech Sci, 3 pp
nNauka I Mizn'" No 5
Notes subject of friction has not received adequAte
attention despite its g3:eat importance in all phmes
of activity. Notes that all the more important re-
sults in dry friction research have been achieved
by Soviet scientists vho.have received world-zVLcog-
nition fo:r Itbeir, vork~ practical a-pplications in
63/49T32
USSR/Engineering (Conti) May 49
industry are ir,_,reasing rapidly. Explains
theoties based on interacting molecular fields
of rubbing surfaces, and believes that further
development of the molecular-mechanical theory
of dry friction will not only explain frictional
I. anomena but also show how to control them*.
6-R /4QT-Ao

I:ii: _KSt.
12,
Monthly LlLst of Russian Accessions, Library of Congress, Aoril -1953, Uncl.
1)

ACff2RKAJI, Naum Samullovich, 1872- , doktor tekhnicheskikh nauk, professor,
redaktor; BELYAYEV, V.N., dotsent, kandidat tekhnicheskikh nauk; BIDVIMAN ,
V.L., kandidat tekhnicheakikh nauk; BOROVICH, L.S., kandidat tekhnicheakikh
nauk; GASHRISKIY, A.G., inzhener; GORODETSKIY. N.Ye.. profesuor, doktor tekh-
nicheakikh nank; IVANOV, B.A., professor, doktor tekhnicheskikh nauk;
KOLMIYTSEV. A.A.. dotsent, kandidat tekhnicheskikh nauk; KRAGRLISKIY, I.V.,
professor, doktor tekhnicheskikh nauk; PZTRUSEVICH, A.I., doktor tekhniche-
skikh nauk; POZDNYAKOV, S.N.. doteent; PONOMARIV, S.D., professor, doktor
tekhnicheakikh nauk; POR7UGALOVA, A.A., kandidat tekhnichookikh nauk;
PRONIN, B.A., kandidat tekhnichaskikh nauk; RESHITOV, D.N., professor, dok-
tor tekhnicheskikh nauk; RBSHETOV, L.N., professor. doktor tekhnicheskikh
nauk; SAVERUT, M.A., professor, doktor tekhnicheakikh nauk; SAVNHIN, N.A.,
kandidat tekhnicheakikh nauk; SLOBODKIN. M.S., inzhener; SPITSYN, N.A., pro-
fessor, doktor tekhnichaskikh nauk; STOLBIN, G.B., dotsent, kandidat tekhili-
cheBkikh nauk; UMNOV, V.A., inzhener; CB3RNYAK, B.Z., kandidat tekhnicheakikh
nauk; SHCHEDROV, V.S.. dotsent, kandidat tekhnicheskikh nauk.
[Machine parts; collection of materials on calculation and design in two
volumes; vol.1] Detali mashin; sbornik materialov po raschetu. i konstruiro-
vanliu. Izd.2., ispr.i dop. Moskva. Gos. nauchno-tekhn. izd-vo mashinostroit.
i sudostroit. lit-ry, 1953- (Ki-RA 6:11)
(Machinery--Design)

ACRERKAN, V.S., doktor teV-hnicheakikh nauk, professor, redaktor,
BELYA)MV, V,N.. kandidat tekhnicheskikh nauk, dotsont;
BIDEMLruN, V.L., kandidat tekhnicheskikh nauk- BOROVICH, L~S.,
kandidat tekhnicheakikh nauk; GASHINSKIY, A.G.. Inzhener;
GORODETSKIY, I.Ye., doktor tekhnicheakikh nauk, professor;
IVz~NOV~ B.ii., doktor tekhnictiankikh nauk. professor;
KOLOMIYTSEV, A.A-, kandidat tekhnicheakikh nauk, dotsont;
ERAGELISKIY, I.V., doktor tekhnicheskikh nauk, professor-,
M,aYRIN. I.V., inzhener-, NIKOLAYEV, G.A., doktor takhni-
cheskikh nauk, professor: PETRUSEVICH, A~I., doktor tekhni-
cheokikh nauk; POZDNYAKOV,, S.N., dotsent; POMOMAUV. S.D.,
doktor tekhnicheakikh nauk. professor-, PORTUGALOVA~ A.A.,
kandidat tekhnich8skikh nauk- PRONIN, B.A., kandidat tekhni-
chaakikh nauk.- RNSIETOV, D~I., doktor tekhnicheskikh nauk,
profgssor; RESEUITOV. L.N., doktor tekhnicheskikh nauk, pro-
fessor; SAVERIN, M.A., doktor tekhaicheskikh nauk, professor;
SAVERIN, M.M., kandidat tekhnicheskikh nauk; SLOBODKIN, M.S.,
inzhener; SPITSYN, N.A., doktor tekhnicheskikh nauk, professor;
STOLBIN. G.B., kandidat tekhnichaskikh nauk, dotsent; UMHOV,
V.A., inzhener: CHERNYAK, B.Z,, kandidat tekhnicheskikh nauk;
SHCHNDROV, V.S., kandidat tekhnichoskikh nauk, dotsent.
[Machine parts; collection of materials on calculation and
design in two Yolumes] Detali mashin; sbornik materialov Do
raschetu i konstruirovaniiu v dvukh knigakh, lzd.2. Moskva,
Goa. nauchno-tekhn. izd-vo mashinostroit.i sudostroit.lit-ry.
Vol. 2. 1953. 560 p. (MIRA 6:12)

of th~.- Frictiwl and -eir Zruperti~-~ u:. thf! -Sl~,jin:- Contacts
of 1-*~cl-drit~-s.ll ri.,r Tech _'-;ci , '.osco,.-.- Or ier of L,-- ..or Red -L;anrier lii~,her Tac'.-inical -':ciiool
41meni Vin 1:i~her iAucFiticn USSIR, !,oscow, 195-~'- (YL, NO 15, Apr 55)
SQ: Sun. No. 704, 2 Nov 55 - Survey of 5cientific and rechnical Dissertations
Defended at U',-';-i "lli-rher E'ducational Institutions (16)

SHCILEDROV,V.S.
Temperatures at sliding contacts. Tren. i izn. mash. no-10:155-296
'55. (MLRA 8:11)
(Mechanical wear) (Bearings (Marhinery))

Nr~mu : SHCHEDROV, Viktor S-.~rgjyevich
Diss~,rtr,tion: lnv,~stlC-'-'tion of procusst-s of frIction
and woar-rnd-tc;nr in the sliding con-
t,~ct of m-.chims
D,; F. r c; oDoc Mi-A Sci
ZLff i I 1!~ t !on: ~,,Ioscow :~utomobllu Mcch!,nles Inst
Defcnsu Datc, Pl,-~co: 6 Jul 55, Council of Moscow Ordor of
Labor Red Banner Hight:;r Tuch School
ir-ni BRumr~n
Cc:rtific!,-tion Date: 30 Jun 56
Source: BMVO 5/57

0CELD.1-iov) V. -,,
"On Preliminary Dis-olacement,"
paper submitted for presentation at the CGnference -= Lub-rication and Wear,
London, 1-3 October 1,057.
The Chartered 1,~--chanical Engineer, Sep 57, P. 340-42
u

4-6-13130
AUTHOR: Shchedrov V.3., Doctor of Technical Sciences, Professor, and
Pr_zhe__mis_tkiy, V.I.
TITLE: Demons of Time (Demony vremeni)
PERIODICAL: Znaniye - Sila, 1957, # 6, pp 20 - 26 (USSR)
ABSTRACT: The article deals with anti-gravity research in America.
At the Institute of Perspective Research of Princeton Univer-
sity, new small particles causing gravitation, called gravi-
tons, were discovered among the products of split nuclei.
On the basis of this discovery it might be possible to design
new engines by transferring gravitons or, as proposed by the
Fund of Gravitation Research by applying a gravity absorber.
Canadian scientists are also endeavouring to utilize such an
absorber for aviation.
Finally the authors touch new trends in science - electro-
gravity- and mention researches conducted in this field by
Gerardin, a French physicist and Townsend T. Brown, an American
scientist, who established connections between electricity
magnetism and gravity through magnetic coils and condensers.
The authors conclude that the reviewed information may
Card 1/2 conceal enormous research in the field of electro-gravity.

V S doktor tok)Ln.nauk, otv.red.; BELYANIII. P.H., red.izd-va;
1-W
LYAKOVA, T.V., tek-lin.red.
[Increasing the efficiency of braking devices. Properties of
friction materials] Povyshenie offektivnouti torynoznykh ustroistv.
Svoistva friktsionnykh materialov. Moskva, 1959. 183 P.
(MIRA 12:12)
1. Alv9demiyn nauk SSSR. Institut mashinovedeniya.
(Brakes) (Friction)

?PAM I BOOK EXPLOITATION 301060-1
AkAdemiya nauk S38R. Institut mashinovedeniya
P-yahenlye orfektlvno3ti to~.O=Ykh us~rOY3tv- Svoyslvn rrlkt;nlo-.i-
t3ykh materialov Mic:-easing the Efficiency Of Erf0tin.,
ft~pertle3 of Friction Waterials) Mosco-, 1--d-vo AN 3S:;A, 19;?.
183 p. Errata slip Inserted. 1,800 copies printed.
Map. Ed.i T.S. Shchedrav, Doctor or Technical 511encen, Profeador;
1U. of Publishing Ho-13e: P.N. r-lyan!n; Tech. FI.s T.V. Polya-
kcva.
?URP(=s "his collection a.- articles is Intended for engln~era and
scientiric workers speclellzing In brakca and friction materialo.
COVERAGE: The firs' group of article a deals ith basic demj,~,
of bral~-i, the
eesssure5 for increasing the life and ~.~f.
"Oond group with proble=3 related to the development and fLelda
application of new friction materials, the third group with
of
to tin&, thois and the r-sult3 or investigation3 Of friction
.
pairs " trakem, and the follrth 57-Mu" .11h the do"ign or traki3
-
a
f
I
-
. Refe:~-Cc
data. r ties are min
and calc*Llatton " pqrsonali . .10.1 .
s4coczpa=7 most of -he articles.
PART III. YZ_7=5 OF TESTINQ AND
FRIC'ION PALR3 AND BRAJCE3
a
-ZAT4=4'sru, 0. L. Methods Of :Inspection Testing or Brake Lining
for Autom-biles 121
This art 1-cle deals with the devaloprsn~
of a method and equip-
W.Mt
far testing aut=bllo brake 11n.1=3 under conditions
alcse t0 those duri.-.3 a--tual OPerl.10n.
Test--=Z A3b,n-o3 P-11tial Xatir!ajs by -he Model-
Irg Flathcd
130
The author deanrib,25 t.~l working prIntip.
rewly developed
'~
te -1 for d i_ndrL; th 00,Iffic ~ . 0
ting star. t e C
a,
a l'.,. . f.io-I n, ear,
br
aking action, an:1 t~e tt=erstuze r9giMel ~: various types a f
J'St48'OS frlition =aterjLl.
Ch-ichlrAdl- A.V. LS--&'Or7 Full-Bzall Tests of ~!*.a J;ew pK-161
i;tsr_*&I Or- s HGR'?-'17 Loaded Brako 145
The author gives data on the a~aVe material da-
"10P~d at VNIIATI 11=21 LM 1-MA3.11 a.' tne Ajae,zy ~f Sciences
of the USSR On full-f:a~~ dr-,;n &rd dInk-t7;)-t brakes.
PART 17. DZS1041NG BRAMS 159
-Aleksandrov, m.p. Modeling In Designing and C&IOUlating Braking
Devioes
159
The author deadr-itos -he application of modeling t.) deaIgning
brakes for freight-hD-5-ina equ.-;!:ant, anj the &n3lyt,-Oal
wor:k'involTed in it.
PA-rochkin, V.4., and A.7. Ch-lc--n&dze. Calculating Resistance Farces
in Mak Braxe3 170
The authors prevent a method of' exAc- calculation or the ele-
eents of refilsta.nce. tne friction force and torque of a see-
tor-typ. brake Shoe. -he method can be Alao applied to any
other shape of the brake Shoe.
Shmhedrcv, V.S., Lnd A.T. Ch-lchlnad-.e. On the 'Mutux.I Overlapping*
'MrZicleM 17F.-Io or friction surfaces of two bodies in sliding
e0, t4c t1 180
The authors discuss dependence of the coefficient of friction
and the rate or we&.- on the temperature gradient In the
layer lose to the friction surrace. They also discuss the
pendence, of the three above-mentioned paramttern and of the fria-
t10n surface temperature on the coefficient of mutual over-
lapping.
ATAIIA BLE i Library of Congress VK/-m/jb
8-24-60
Card T/T

SHAKHMALIYEV, Gasan MursalQvich, dots,,q kand. tekhr~- nauk; SHCHEDROV9 V.S.,
prof., doktor tekhri. nauk, red.; RASIIEVSfUYA,T.A., red. izd-va
[Studying the performance of a mechanical brake on a drow-works and
devising an efficient syff"m of lowering a drill tool] Issledovanie
rabo.ty zekhanicheskogo tormoza burovoi lebedki i razrabotka ratsionall-
nogo rezhiTna spuska burillnogo instrumenta. Red. V.S.Shchedrov. Bakut
Azerbaidzhasnkoe gos. izd-vo neft. i nauchno-tekhn. lit-ry, 1960.
221 p. (MIRA 14.7)
(Oil well drilling) (Winches)
I

MALIKOVSKlY, Goorgriy Pavlovich, SHCIaTDRO-V,_V.S.. prof., red.; KUSURGA-SHEV,
I.M., red.; SEMENOV, Yu.P., tekhn.red.
[Kass and energy in modern physical 0 masse i energil v sovre-
mennoi fizilce. Kazan', Izd-vo Kazanskogo univ., 1961. 178 D.
(MrRA 15:2)
(Mass (Physics)) (Force and energy)

SHC.HEDF(QV,-Yjk_t,pr_Se~~ch- ARBUZOV, V.R., kand. tekhn. nauk, retsen-
zent; YAMIVSKIY, V.V., kand. teklm. nauk, red.;NTKITIN, A.G.,
red. izd-va; RLIKIND, V.D., tekhn. red.
[Fundamentals of the mechanics of a flexible string] Osnovy me-
khaniki gibkoi riti. Moskva, Gos. nauchno-takhn. izd-vo mashino-
stroit. lit-ry, 1961. 170 p. (MIRA 14:6)
(Elastic rods and wires)

SHCHEDROV., V.S.; TROYANGVSKAYA, G.I.
Gei.ira.l analysis of similitude conditions in case of static
frijtion. Tren.-4 izn.mash. no..15.-305-321 162. (MIRA 15-4)
(Friction)

'!? Ei' I i * , ':, V. , ~Jok tc
1 .1 1 , . . ,
i
1,.,-lnd. tel,'nn.
rjauk,
j L !'. , ~ V I- i . - I k I ! -
r- t ekhri. nauk, f ro " - ; !*( I !:~,~K H 1'. ,
nauk, retsenzent; -SH~'HENN,
Frof., red. 1. .
[( ouric', sLrength in ruichinery! Kor,,tavtn:iia procLno-tl v
Mosk-va, ?-.ashinostroenie, 196~,. I,-,'o p.
iE:-~)
I

Kit AGEL I SKIY ) I . V. , dok tor taklin. nauk, prof . . otv. red. ;
SHGIEL-;~GV,-~.1-5., doktor tekb-n. nau-k prof., otv. red.;
PIESM-OV, D.N., doktor tekhn. nauk, r- 0~-' otv. rend.;
CHICHINADZE, A.V., kand. tekhn. nauk, otv. red.;
OOROZ, I-I.M., red.
[Theory of friction and wear] Teoriia treniia i iznosa.
Moskva, Nauka, 1965. 364 P. (MIRA 16:7)

MIRLIN G.A., kand. tekhn. nauk; SAVCHENKO, V.S., inzh.; SHCHEDROV,
A V.S., doktor tekhn. nauk
Formation of spatter in spot welding and methods to correct
it. Svar. proizv. no.5r4-7 My 164. (MIRA 18:11)
1. Moskovskiy avtomekhauLcheskiy institut (for Mirlin, Shchedrov).
2. Moskovskiy avtomobil*Vy zavod imeni Likhacheva (for Savchenko).

SHCHEDROTA, V.I.
injnrieB
ing operations
1,??-1)5
to the young growth of spruce received during lumber-
and wound rot. Trudy Kar.fll.AN SSSR no.161.
'59. (M--,Rk 13:4)
(Spruco-Dineasos and posts)
(Troos--Woundn and injuries)

cotch r
d21'

USSE/Migineering Dec 48
-Engines, Diesel
Pistons
"Timing the Pause of the Connecting Rod With the
Piston," A. Ya. Shchedrovich, Diesel Petroleum
Installation, 4 pp.
"Pherget Byul" No 12
39jr using n-,ethcd described, each connecting rod was
timed with the piston in one operation, instead of six,
in maintenance work on a Diesel motor.
Ob 38/49T52

SHCHEDROVICH, A.YA.
Diesel Iotor
Performance of the engine SD 30/50 Energ. biul. No. 3, 1952.
52
50; Monthl List of Russian Accessions, Library of Congress, June 195P3, Uncl.

or.;
ij,-, t ua i :,n in 3hiift cc) IS Of
-n,: engines 7S-~12, b;, 1.1. , 952.
c"assified.
y Lsf Accessions, Library of Com!retis, Varo~, 19513. Utl
Monthi

AID P - 3874
~~ubject USSR/Engineering
Card 1/1 Pub. 28 - 2/7
Author Shchedrovich, A. Ya.
Title The 6 C-350 and NT-45 Diesel and Pump Installation
Periodical Energ. byul., 11, 11-18, N 1955
Abstract In recent years, the oil pipeline pumping stations have
been planning replacement of obsolete engines with modern
power units. The author describes the 6C-350 Diesel
(590 HP at 330 rpm, 6 cYl. 350 mm bore, 500 mm stroke and
13.2 compression ratio) with the NT-45 plunger-pump
attached, (both of Czechoslovakian origin) and gives
results of the tests of two such installations conducted
by the Bashkirskaya Petroleum Administration in the
spring of 1955. Four drawings and 3 graphs.
Institution All-Union Trust for the Efficient Utilization of Power
and Petroleum ("Orgenergoneft,")
Submitted No date

SMIRDROVICH, A.Ya.
Mirrlees HFS-8 motors. ]Cnarg.biul. no.2:17-25 F '56. (MLRA 9-5)
(Diesel engines) (Electric generators)

A UTHC-R Shchedrovich, A.Ya. -S-VI/9C-56-2-3/0
TITLE: On Transforming the. 'Wor-thington" EEX~8 Diesel into a Gas-
Liquid-Fuelled Engine (Perevod dizelya "Vortington"EEX-8
na gazo-zhidkostnyy tsikl)
PERTONCAL: Energeticheskiy byulleten', 19;8, Nr 2, Dp 9-17 (USSR)
AP3TRACT: The author describes the experiences of transforming 2 Wor-
thington ',-:EX-8 diesels into gas-liquid-fuelled engines. The
year of make of' the diesels was 1939; their rated capacity was
1,050 hp (700 k'N). Reconstruction was done at the So,,uznaya
kontora Federal Bureau) Orgenergoneft' in 1956/57. The
diesels were operating at the power plpnts of the Turkmen-
neft' Trust in Nebit-Dag. Experiments were aimed at com-
parin: the performances of the 2 diesels before and after
the reconstruction. The author then describes and illustrates
the reconstruction itself, lists the results of the tests
and concludes in favor of the conversion, particularly be-
cause of the economical advantRges flowing fron it. One re-
Card 112 constructed "Vortington" diesel saves 5AC tons of liq-,.Ad

SOV/910-56-2-3/9
Cn Transforming the Worthir4tcn?l EEX_8 Diesel into F 3as-i_.I.--Ii~-Fuelled
Engine
fuel yeirly. If V:xthington diesels operating in the
power plants of the turkmenneft' were to be reconstructed,
4,300 tons of liquid fuel would be saved yearly.
"here are 4 graphs, I diaFrams, 1 table and 3 Soviet re-
fer,nces.
1. Diesel engint-De-AiRpa A2. Fuels--Performance 3. Gases
---Combustion 4. Di,-.3el engines--Test results
Card 212

RAVEND, A.A., kand.tekhn.nauk-, SHCHFI)ROVICH, I.Ya., inzh,
CGriverslon of a 500 hp. Skoda diesel to gan-dlevel o;~eratfon.
Prom. energ. 20 no.7:20-25 JI 165.
(MiL-1:1 1.802)

SHCHEDROVITSKIY., G.P.
Principles of the analysis of objective structure of thinking
on the basis of the concepts of content-genetic logic. Vop.
psikhol. 10 no.2:125-132 Mr-Ap 164. (MM 17:9)
1. Institut doshkollnogo vospitaniya Akademii pedago.-icheskikh
nauk RSFSR, Moskva.

(;zf c
! Tin
I - .- -~j sk J., 7-nanl
1964. -46 p. v zilimi, tekhnikE 11
C- 71,rlslj~:

L-,~ 313219-65
P17
'AdOESSION NR:
AUTHOR: Gi~penreyterp Yu. B. Vergiles~ N, Yul.; 'Shehedrovitnkfyp
TITLE: Now methods of recording eye tremors
SOURCE: Voprosy* psikhologlip no. 5, 19,54,o 118-121
TOPIC -TAGS: ophthalMlogy., eye tremor)r midroMoVement r-aa.ording
technique, accelerometer
ABSTRACT: Two new methods r,a"mirror" -method and anl_relectromechani.~:.:
Cal*methods.have been developed to record eye mioromovements, ~In he'r.
mirror" method the reflection of an Illuminator ray by the mirror of,
a suction cup attached to the sclera of the eye is used i1Wo record
mieromovement, By using a alit illuminator, horizontal.components of'
eye micromovements can be recorded on movie.aamera film, A system of*J~
flat mirrors arranged in an elliptical aro ensiLres r Cording of th
e e
horizontal components under any eye conditions* The illuminatorrrayj-
reflected by the suction cup mirror is then reflected by one of the
ellipse" mirrors into the. movie camiera.opening., Eye tremors
Eard . 1/3

L 31329-65 -------
ACCESSION NR: A-PILO Oe
46057
Irecorded by the "mirror" method indicate the..prosenoe of high
:A
frequene7 components whose'amplitude is so small-that quantitativ
ianal7sis is difficult* The.problem of quantitative analysis Is
Isolved by the electromechanical-method which records a second
!derivative of eye tremors. An accelerometer device Is attached to
the sclera of the eye with a special suction cup'.and signals are
Itransmitted to an ae amplifier. A tentative analysis of eye tremor
!recordings shows that the now methods are highly sensitive, Eye
1treinor frequencies up to 200 cps have been clearly-reeorded whereas
:'the literature gives 100 cps as the maximum frequency- and an ampli--
itude of 5 angular seconds (corresponding to eye displaoement of 0.4
imicron) has been recorded which is 3 times smaller than,the minimum
'tremor recorded in the literaturej These methods and equipment were
1developed in the Engineering Psychology Laboratory of the Psycholo
gy
'Departme
nt of Moscow Stat'a'University under the iupervision of
Prof o
lye
:A, No Leont' !YA-*Departmental engineers Vo A Obo v and V,
din'.-the work. Orig, bto haso, figures,
'ASSOCIATION: Otdolenlya paikhologii Moskovsk6go unlv4rsibeta
(Psychology Department Moscow University)
Card'2/3

-L 31329-65
ACC
ESSION NR:
AP4046057

SUBMITTED: 00
ENCL: 00' :SUB - CGDE -Pif
Ls

NR REP SOV, 003 OTHER:
007-
2"'4

~S

A.f.; SHCHDROVITSKlY, L.P.
Some data on the tracking system of an eye. Biof-izika 10 no. 1:
137-140 165. (MUIA 18: 5)
1. Institut aitomatiki i telemekhaniki AN SSSR, Moskva.

L 38972~-65
ACCESSION NR: AP5009290 S/02IT/65/010/dPi2'J.0369~10369
ALMHOR: Lauringson, A. I.; Shchedrovitskiy, L. P.
i TITLE: The accuracy of eye movement following displaced fixation points
SOURCE: Biofizika, v. 10, no. 2, 1965, 369
TOPIC TAGS: photo optics, ocular dynamics, fixation point,'optometr~
ABSTRACT: The purpose of the experiment was to determine the accuracy of eye
tracking movements. The subject's head was placed rigidly facing a screen on
which were fixed and moving points of light. The angular displacement between
fixed and moving points was 1, 2.5, 5, 7.5, and 100 in any direction. The distance
between the screen and the subject's eyes was 1.6 m. A photo-optical method was
used to register eye motion. Individual eye movements including fixation on initial
and final points and tracking of a skipping point or points were photographed. By",
comparing the dynamics of eye movements in response to uniform stiiuli it was pos- p_
sible to establish the accuracy of eye tracking motion. The data revealed that at
all angular displacements regardless of the direction, the accuracy of eye tracking
was on the order of 4-5-6% Tracking motions were accomplished with 1, 2, and in t
some cases, 3 hops of the eye., The number of hops depended on the magnitude of
Card 1/2
l

L 38972-65
ACCESSION NR: AP5009290
displacement. At 10, eye tracking movement across the screen tookplace in one
hop. At angular values of 7.5 and 10', however, 1 hop per tracking motion was
observed in only 10% of the cases.. It'was found that the first hop in that tracking,...
motion containing several hops was, in most cases, shorter (10 times) than the.
whole tracking motion. The error in the direction of the first hop of the eye was
most often 1-50, sometimes reaching 15*. The direction along a horizontal plane
was more accurate. In many cases, hopping took place along a distorted trajectory.1 --i
Of interest was the fact that jumps between identical original and terminal points.;,;,
could have different trajectories. The accuracy established in the experiment
(4-5-61) corresponds well with the magnitude of zones of insensitivity determined!
by Glezer in 1959. Orig. art. has: 1 figure. [&T
ASSOCIATION: Institut av-tomatiki i telemekhaniki AN SSSR, Moscow (Institute.of
Automation and Telemechanics, AN SSSR)
ENCL: 00, SUB.CODE: 'L5JOP,
SUBMITTED: 02Jun64
NO REF SOV: 001 OTWO: 000:~ ATD PRESS: %2W
Card 2/2

FKDOROV,B.A.,; SHCHEDROVITSKIY,S.S.
Effect of the number of readings of weight scales on the
weighing results. Izm. tekh. no.2:32-37 Mr-Ap 155
(KI,RA 8: 9)
1. Sverdlovskiy filial Ysesovuznogo nauchno-isslecovatel,
skogo instituta metrologii (for Fedorov). 2. MGIMIP (for
Shched.rovitskiy)
(Scales(Weighing instruments))

SHCH,VDROVITSKIY,S.S.
"Repair of weighing instruments". S.O.Gauzner. Reviewed by S.S.
Shchedrovitskii. Izm-tel-h.no.4:63-64' Jl-Ag '55. (KY-RA 8:10)
(Scales (Weighing instruments)) (Gauzner,S.O.)