SCIENTIFIC ABSTRACT NEPORENT, B.S. - NEPOROZHNIY, P.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001136610014-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: August 1, 2000
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

On the question of the relation S/051/62/ol2/005/005/021
E039/EI20
experimentally. The spectra of a number of organic dyes and
derivatives of phthalimide in different solutions were investigated
at room temperature and in one case at 350 and 400 'K. The
results were analysed with the aid of the expression:
hv
f(V) = Ig EV - lg J + 2 Ig V = WT- Ige + const.,
V I
and a linear relationship shown to exist between v and
(1g V2 + C). Values of Tj show good agreement with tho
experimental temperatures. Good agreement is obtained with the
results of other authors.
There are 3 figures and I table.
SUWUTTED: April 13, 1961.
Card 2/2-

AUTHORS:
TITLE:
Bakhshiyev, N.G., KlochkDv,
Cherkasov, A.S.
5/051/62/012/005/007/021
9195/E485
V.P.; Neporent, B.S.,
Absorption and fluorescence of the vapours of
anthracene and its derivatives
PERIODICAL: Optika i spektroskopiya, v.12, no.5, 1962, 582-585
TEXT: The absorptiori and fluorescence spectra, fluorescence
yields and oscillator strengths of anthracene (1) and six of its
meso-derivatives were measured. The derivatives were:
9-methyl anthracene (II), 9,10-dimethyl anthracene (M),
9-phenyl anthracene (IV), 9,10-diphenyl anthracene M,
9-diacetyl-amino-anthracene M) and 9-acetyl-amino-anthracene.
The results show that the transition from anthracene to its
derivatives is accompanied by a spread in the absorption and
fluorescence spectra. This spread is more pronouncdd in aryl
derivatives than in Alkyls. The oscillator strengths of
molecules in vapours are frequently larger than those of molecules
in solutions. The oscillator strengths increase with increasing
temperature. At relatively low temperatures the oscillator
Card 1/jF

S/051/62/012/005/007/021
Absorption and fluorescence E195/E485
strength in vapours is nearly identical with that in solutions
at room temperature. The closeness of' the oscillator strengths
of 9,10-diphenyl anthracene molecules in vapours and solutions
suggests that the temperature has a small effect on the
absorption of this compound. Measurements of fluorescence
yields after excitation by mercury light (313 and 365 mA) are
given in Table 2. These data do not agree with those previously
obtained by B. Stevens (Trans. Farad. Soc., v-51, 1955, 610) ''
G.A.Kundzich and A.A.Shishlovskiy (DAN SSSR, v*97, 195'1, 429).
This discrepancy requires further checking, * There are
1 figure and 2 tables.
SUBMITTED: April 8, 1961
Card 2/f

S/051/62/013/001/002/OX9
E039/E420
AUTHORS: Ne or S-, Bakhahiyev, N.G.,.Lavrov, V,A,
o-otkov, S*M.
TITLE: The effect of medium on the properties of the
electronic spectra.of complex molecules during the
gradual transition from vapour to solution. .
PERIODICAL: Optika i spektraskopiya, V-13, no.1, 1962, 32-42
TEXT: The position and width of absorption and fluorescent spectm
in 3-methylaminophthalimide are examined with change in
concentration of ether in the range from 0 to -58 x 1020
molecules./cM3 during the transition from vapour to the liquid
phase, i.e. 220 --4 209C. It is shown that all the spectral
characteristics investigated change monotonically with
concentration of other and that there is no sudden change during
the phase transition in the solvent. The results are fully
tabulated and are alsa shown-graphically. The dielectric
constant changes from 1.0 at 2200C to 4.3 at 20*C whili the
Card 1/2

S/051/62/013/001/002/019
The effect of medium ... E039/E420
refractive index changes from 1.0 to 1.355. The peak of the
absorption spectrum in displaced from 26.8 x 10-3cm-1 at 220%
to 25.2 x 10-3cm-1. at 20% and the peak of-the fluorescent
spectrum is displaced from 23.0 x lo-3cm-1 to 21.1 x, io-3cm-1
for the same temperatures. The change in position and intensity
of the absorption and fluorescent spectra is found to.be in
quantitative agreement with theory based on the assumption of
internal fields. - The dependence of the transition probability con
temperature is determined with-and without radiation and the
intramolecular nature of the-fluorescence extinction temperature
is established. An estimate is made of the transfer of
vibrational energy on collision between excited molecules and
ether molecules* The accommmodation Qoefficlent is estimated to
be 0.1 and the duration.of callisione 3 x 10-1-1 sea@ There are
7 figures and I table.
SUBMITTED: may 18, ig6i
Card 2/2

L ~%343
AdCESSIM BE: AP30M579 S19951 /63/9-14AP50A241033 - ---- --
AMMOR..- B. S.; Stolbova, 0. V.-
TIM: Reversible orientational. Photodich", ism in viscous solutions of
coMlex. substances.
SdURCE: Optika. i spektroakopiya, v. 14, no. 5, 1963, 624-0533
TOPIC-TAGS: -dichroism, birefringence, dye solutiom
ABSIMM-The effect of reversible orientation-al photodich-oism was discovered
by. the authors (Opt, i spektr.' 10, 2()4, 19611 bi investigating a
birefr:bigence effect discovered by Ibitol, A. (Naturwiss., 4-4.- 370P 19571).
Reversible orientation photodichroism appears:in viscous -solutions of,colored
substames under irradiation with polarized light and disappears upon cessation

Card
L
-AC rol. NR: AP3000579
tot4peting processew. initial rotation of t~x moleciale after absorption of a
photon and-a. diffusive ~ tendency, to restore the syertem to its -original isotropto
stately 'ftrloub possibld molecular rotat-Ion mechwdaw- are conlidered; the
Steady-state value of the photodichroiam is calculate .d on the basis of simple
model concepts. The res-alts of these calculations agree vith the experimental
data, bixt pending further investigations no-thing definitive can be stated

ABSTRAC .46cbange in flubrescence-~polarization rate along the lumines-
cence -speetrum was reinvestigated by the authors'-to show that a four-level
lex molecules. E
? scheme.can:be used toexplain tha spectra of comp xperiments
sho;Oed that,'the polarization rate is 49.2 0.519 for the longwa-~e fluorescence
spectrum, 'For the shortwave section of the spectrum the polarization rate can-
not rise -significantly. The dependence of the fluorescence spectrum of 2-ilce1yl-
--anthrac-e n-1' ht wavelength is a result of the presence of various
me. on -excitatio ig
luminescen e c enters in-the system. The -data in the li*erature al
~ ~oi

BAKHSHIYEV, M.G.; NEFORENT, B.S.
Further on un'rersal and specific interactions In solutAons and
"universal" solvent scales (in,connection uith M.7,41inskii and
V.P.Kolobkov's article), Opt. I spektr. 16 no.2:351-359 F
164. (MM 17:4)

. S.,
NEPOREMY B.-'%; ll..I.
c,- 21 ~rcl I _. :11 ~* 4. ~., =_ " -~ -, - ~ _. .1
Use of pa~- -tra -,
a f_~C_ -
gq, :. . I
~ ne.0115 Inixt'li-C-S. Pairt I . C,-, t:. `~ 16 "y C~ _i.
17-9)

~ACCWSIOX NRt AP4039257
S/0032/64/030/006/0750/0761
AUMORSs Malenichenkog Ya. 191 Kiseleva# No Sol Weporamtq Be So
VITLEv Optical Infrared hygrosister
'30MCE1 ZewdskMa laborstor4al Ys 30p no* 6# 1964# 758-761
MOPIC TAM hygrometer# speatroscopio methadv huaddityp Infrared radletiong optical
~syaten# absorbed gamophatonstric-property
;ABSMCTo The spectroscopic method for measuring humidity has been discussed, and
icin expression Is given for Infrared radiation absorption A as a function of tempegs'-
!tare and pressurep or r ~P 'To)k/2 . The construction details
A = I - T - a
3 )k(
tl(
Po T
and operation principles of a two-channel hygrometer with a built-in optical compe&o
eation scheme are described (ass Fig. I of the Enclosure). The two-ohmmel system
eli-inates errors conneated wish photometric properties or the instrumentp contsai-
nationt and absorption. The optical and electr:Lo circuits Indicate the*possibility
or zessuring light beam Intensities with Os2 to 0*3% g4caracys In the 0*2-90 ma Ag
pressure range of huaidiI4 wamwenent the awda= error In ~estimted at 2 to
Card 1/3

4CM5ION NRo AP4039257
~Orig. wt. Wwo I formula and 3 figures
ASSOCIATICUt non*

SUBICUTEDs 00 1 lwua4
DM ~cq
ENCLt 01

an Colas 10 BIW OOVs 001 .007:

C
2/)
ad

ne AP405925T
Card
INGIMUM 01

L., 1206-66 -EWT(1)/FCC/T IJP(a)- OW
-ACC NR, AP6001645 SOURCE100DE: UR/005,1/65/019/006/0923/0937,_
AUTIHOR Kiseleva,~M. S.-,,Neporent~ B. S.
ORG: none
2-
44
TITLE 'Use of-~nfrared 6~orption 5 asure the moisture content of gase-
Pectra to me
ous mixtures* 11. use of high altriudw measurements of solar spectra for deter
:mining the vertical distribution of water vapor in the atmos~her
:SOURCE: Optika i spektroskopiya, V. 19, no. 6, 196S, 923-932
TOPIC TAGS; IR absorption, absorption spectrum, solar radiation, water vapor, at-
Mospheric humidity
'ABSTRACT: The authors atte~zpt to evaluate the possibilities, accuracy and limits of
applicability of1he-spectroscopic method for determining atmospheric humidity.
~.Ketbods for.determining the absolute values of the absorption function from high al-'
ititude measurements of infrared solar radiation are considered. rt is shown tbat
the method proposed in PartJ of this series it =Dlicahla f-- +h4-

~-&10460 LO x- xransition V%WF%MC, -4nis
from measursmeuts Of GPeCtral int n- ity to distributich
e 8
535.334 551.508.7
_:L 1.5006
ACC XR: AP6001645
;of atmospheric wate vapor with respect to.altitude.. eri
The results of typical,exp
nts by the authors and other research workers are considered. Agreemaiit is shown.
~me
'!between humidity values measured simultaneously with respect to various spectral
tchannels. -The data showed that when use is made of solar radiation spectra in which
'them is no rotational structure, the results of measurements of vertical distribu-,
Aion of atmospheric humidity at altitudes below 15 km in sections or bands at about.,
.:1.4, 1.9, 2.6 and 6.3 p arein satisfactoryagreement; this shows the reliability of
Ithe optic method.' It is found that water vapor concentration is low at altitudes
rabove 15-20 km, which agrees with.the'data in the literature..Ljt is assumed that
',higher humidity concentrations observed in some cases are due to water being carried
linto the stratosphere with the observationLequipment. It is shown that spectra with
:an unresolved rotational structure may be used for measurements below altitudes of
~14-15 km. Spectra with a resolved rotatioval structure must.be used at higher altil
ch fo'
tudes. The authors thank V. -A. Fursenkov, 1. V. PcValakhin a-ad V. S. Bortkevi r

L 12145-66 EWT(l) TIP(c)
ACC W
AP6001661 SOURCE CODE: UR/0051/65/019/006/0985/01)116
AUTHOR: Mazurenko, Yu. T N i4in't'f R". 1.
e
ORG; non
TITLE: The effect of low-density poes an the absorption of I ight by the vapors or aromat c
compoklift
&&URCE: Optikaj apektrookoptya, V. 19, no, 68 1965, 985-986
TOPI CTA GS t light absorption, gas, helium# photolwninescence excitation'energy, gas
densityi chernical.com-PMd, cyclic group.
ABSTRACT; The authors, note that investigations of the effect of extraneous gases on the
Photoluminescence of complex aromatic compounds have led to the discovery of a reduction
I -In f-ho- nhnnrnfinn ni Pynifiner tanarcrigtinLA "irliatinn hu thp unrtnwa nf fh'- -1- -- -4-A --

-reauciton, -in -me- concentration -of- gases -in the -vessel -caused -by- their thcrmOdiffusiOn -into- a -tag-
L-Card -UDC-. 535.34+533.15

NOVI.Kovp Sjg~; N~FWKT# G.3.
9frOaltiveneffs Of the production of furnitwe f6r one-family
9O.Orbonts. Vor. 0 oir. - 12 no.4xl&17 AP t63. (MMA 16CIO)
pr
1. tji4tsiallnoys proyakt-no-konstruktorskoye byuro Upravlonlya
sebelln6y L derevoobrabatywayushchey prorqshlenncati Laningradakago
soveta narodnogo khosyay;tvao

- _-. 7.
21:416 IIEFOMN"I. '1, 1. 0 mrushoniyakh. Funkif.-si,-,,~ r,01-lstl;','
poula nmoktcil ,.Iioludka. Tintuly Glay. vooA,=!I- Sil-
3SO-R. isa Akad. 7TYP. US, 11., 11:49. 3. 10' 7-12.
.T
SO. Letopis, 32, 1949.

llixarm ,.nd nim! Circu.--L.n.
,~bs Jour Ref -hur - Biz, No 4,
-'.uthar !-0.1. Np,22.:--cat-.7nd V.G. ?c)7~Dv
Inst The First Yoscow !'Rdicc~.L Institute.
T ~'-, t i -2 The Cbx~nge in the Rie4t Ventric.Le of the Heart in H erten-
yu
,,ive ).)iser-se.
)rig ':~ub Tr. i-v uie~i. in-ts, 195
u
Abstract In four dogs 'by means of mpiocardiography br...ertrorhy ol'
the -t.eVt ventric.Le w,-%r, seen -.,-.nthr; after e:,perlmen-
t-.~l rem,.J. hynertcnsion vas pro:Wced in thev,, r-nd hy,~)ertro-
r,by ~11' the ri~~t ventric.--.e r-een 4 to 10 amthr,
Penirment ~,f tie ,.timmary f--Xtery cbserv--i
ill -1i of the dogs.
Card 1/1

K.L. dotsent
Notor function of the jejuann. KhirmrgiI& 32 no.6:34-37 J9 156.
(MM 9:10)
1, Iz fakulltatzkoy terapavticheskoy Iclialki (dlr. - daystvitalfnyy
ablen AKK SSSA prof. T.I.Tinogra4ol) I Kookovskogo ordena lentna
nedttsinskago instituta Iment I.K.Sechanova.
(JNJUNUM, pbysiol.
a". of gastric juice acidity on jejunal peristaltic
fuact.)
(USTRIC JUICI
acidity, a" . on jejunal peristaltic functj

I.I.; PWOT. V-G.; P SWRET, A.S.; KURAVIECT, N.V.;
TASTROTSOVA, H.L.--
Cardiac cathaterizatLea in acquired heart diseases. Termp.arkh.
29 no.3:37-51 Kr 157. (MM 10:8)
I, Iz fakulltatakoy terapavt1chaskoy kliaikt (air. - deyetvitellz*7
chlen AMU SM prof. V.N.Vtnogradov) I Moskovskogo ordeaa Lent,ia
maditstaskogo iastituia iment I.K.Sechanova
(CATUNRIZATION, CARDIAC,
ia acquired heart die. (Rua))

IMPM92. K.1.; AIAMTSTA, re.A.
otor function of the small intestias in Addison-Sterner's anent&.
Taraparkhe 29 no-3:85-89 Wr 157. WRA 10:3)
I* Iz fakulltstakoy terapavtIchaskay kliaiki (dir. - doyetvitellnyy
chela ANN SSSR porf. T.N.Timogradov) I Mackavsk6go ordens, lanins
medititnakago Instituts iment. I.K.Sechenowe
(ANWA, PUZOICUSs pbrsiology,
tutestiviat small, motor funct.(RUG))
(IVMTIXB. SMALL. Eavarious diseases.
amestis, pernicious. motor funct. (Rus))

IWAPORMg H.I. (40skTao S.~Ojahanovkmq D.360 k-j. 1)
Selective angiopna=gmphy in mitral st;~nosis, Vest* rent, i
r.ad. 35 nog 4417-~2 JI-Ag 160, . (KIRA 14:2)
1. Is fut-I Itetakpy terapevtichaskoy klin-:.A;e (direktor - Geroy
Sotsiallsti he k.Trudap daystvitellnyy -Uen*AMN SSSR prof.
V.9. VinogrMIZO fom"ookovskogo ordena Lani'a'a xedi"inskogo
institute, imerd I,M,, Spahenova,
(ANGioGP,AFHY) WTRAL vALVE-a-i:or-RAPHY)

RIPOREM, M. I.; SIVKOV, I. I.; YASMWSOVA, M. L.
Clangs in site of the left auriolo In x1tral stomosiso Torap.
arkh. no.7:16-22 161. (mm 15:2)
2. Is fakulitetakay terapevtichealcor Mniki (dir. - doyetvitell-
rff objen AM SSSR prof. V. 9 Vinogmdov) I Mookovskogo ordena
Lenim modUsinskago Inatitmi; Imni 1, Me Sochenova.
(MITHAL VALU-DISWZS)
(Enn-HIrPERTROPIM AND DILATATION)

MW,ORMT, N~.Iej SPESIMEVA, V.G.
Hoentpnokymographic observations on contractile capacity of the
heart in patients treated with 1-131 for thyrotaricosis. Hed.rad.
no*]I:ZI-32 161. (14M 140.1)
1. Iz fakulltetskoy terapevtichaskoy kliniki I Hoskovskogo ordena
Lanina meditsivsko-o instituta. imoni I.M. Sachanova.
u
(HFMT.-RADIOGRAPHr) (IODIN--RADIOACTIVE)
(THMOID GLAM.-DISMES)

SIVKOV, I.I.; YASTMTSOVA, N.L.; WLYUK, V.I.;
Evaluation of some functional tests In studyirg hemody-mamic disorders
of the lesser circulation in mitra2 stenosis. Vest. AM SSSR 16 no.12:
55-65 161. (MlIiA 15:2)
1.-I Maskov4kiy ordens, Lenina meditsinskiy institut imeni I.M.Sechenova.
(NITBAL VALVE.-DISEASES) (PUUAOI-UU CIRCULATIOIL-DISWES)

RKPOWTV KerL (lotaimt; SPMKAILs, UL
Is of chronic nonapealfic peemsoclae Tompoarkbo
ia.2m-4m r ca. Cmk 244)
1. ra fakalltatakay tmapsytichaskoy kIlmiki (dir. - doyst-
Vitale I cblen. AM WIU prof. T.N. Vhwgradow) 1: Nbakovskoga,
ordem lWm' maditsim%ogo iwtitnta Imeni ISM* Sechenovao
(PNWMMMA)

NEPOREIITP,M.I.; LEYZEROVSKAYA, E.G.
Some characteristics of the clinicoroentgonol.ogical picture of
suppurative processes in the bronchi of patients treated with
antibiotics. Sov. med. 28 no.4:38-42 Ap 164.
(MIRA 17:12)
1. Fakulltetskaya terapevticheskaya klinika (direktor - prof.
V.N. Vinogradov) I Moskovskogo ordena Lanins. meditsinskogo insti-
tuta imeni I.M. Sechenova.

wop-M, 0. 1.
36162 OM&nlzatalya pmizvodstvannogo protsessa i ye" viiyardye na konstrulctsit stankov.
V ab: Spetsializir. Stanki v mashinostroyardi. H-L., 190, -S. 197-99.
So- lAtOpigs Zhnmal'tWkh S+atoy. No. 49. 1949

Determining and standardizing lot *legs In aftas production.
Irady LPI mo.186-60-68 156. (KOA 10:7)
(Haohinory industry)

NE-PORENT, (0-1,
25(5) PHA33 I BOOK MCPLOITATITON SOV11212
Potoohnyye metody proizvodetva v serlynom mashinostroyenii I
priborostroyenil (Assembly-11ne Methods In Serial-Manufaeturing
of Machinery and Tools) Moscow, Mashgiz,. 1958. 325 P. 1,500
copies printed.
Ede.: Berman, A.G., Candidate of Economic Solenoes,,-and Neymark, A.,I*,,,
Candidate of Technical Sciences; Eds, of Publishing House:
Varkovetskaya., A.I., and Chfasp M.Lo; Tech. Ed.: Sokolov&,, L.V.;
Manag;lmg Ed. for Literature on Technical Machine Building (Lenlngrad
Division, Nashg1z): Naumov, Ye. P.
PURPOSE: This book is Intended for production managers, dispatchers,
and engineering personnel engaged in the p~oductlon of machinery
and Instruments. It may also be useful to scientific workers.
planfting personnel, and vtuz students specializing'in industrial
engineering.
Card. 1/ 8

Assembly-line Methods in Serlal Manufatoturing (Cont) SOV/1212
COVERAGE: The book contains background material for the 1958
Conference on Methods of Line Production scheduled under the
auspices of the Committee on Production Organization of the
Leningrad regional administration NTO of the machinery manufacturing
industry. The Committee's recommendation for this Conference was
prompted by the Inadequate development of line production methods
and techniques in Leningrad plants specializing in series Ilans-
scale] production of machinery and Instruments. Theoretical
studies based on Soviet Industrial practices are presented in
Part I of this book. Part II discusses the introduction and
development of line production methods In Leningrad plants while
Part III reviews forelgn literature and some of the more pertinent
problems of line produotion as seen by foreign authors. There are
no references.
TABLE OF CONTENTS:
Foreword
Card 2/ 8

Assembly-line Methods In Serial Manufacturing (Cont.) SOV/1212
PART ONE. BASIC PROBLEMS OF CALCULATING AND
ORGANIZING LINE PRODUCTION IN SERIES (LOT]
MACHINERY AND INSTRUMENT 14ANUFACTURIUIG
Ch. I. Organizational Forms of Production Line Processes and
. Their Features. ( 0. 1. Neporent, Prof essor ) 7
1. Organizational and technical-structure of the flow process 8
2. [Production] process and rhythm 9
3. Features of' production processes 12
4. Qualitative flow (distribution) of worked pieces and its
significance Ar, organizing the productionprocesses 12
5. Organizing (production] pro,-esses in an area (production
lines) 13
4
6. Organ.Azational forms of production line processes 14
7. Sequence of starting parts on a multiproduct line 22
Ch. II. Baele Production Line Variants (A.I. Neymark, Candidate
of Techpical Sciences) 26
Card 3/8

Assembly-line MethrAa In Serial Manafa,,Auring (Cont.) SOV11212
-1. Prerequlsite8 for line production 26
2. SI.n6le prod,.).ct con-tinuous movement lines 33
3. Single prcdur-tt l.rtel"atittent moveyr,~ent (direct flow) lines 43
4. Multiprioduct continuous movement lines 45
5. Mult-1prod'ev-1 Intermittent movement lines 57
6. Choice of' Drod-114.ct for the l1ne and the choice of a general
type t~.f a ilne 65
Ch. III. Produ3~~-~I~.,)sed Se~;tor,3 and Their Role in the Development
of Line Prod-A,_,tion~ (S.A. Sokolitsyn, Candidate of
Technical Soliencl-es) 69
1. C last If i!:,a,t. !.,,,.n ,:,f parts 1-rL organizing product-closed
set_;tOrs In which the man,,.:facturing cycle is
CE-Impletal 70
2. Pr--)duct,-1.,-),,ied se-c-,tors with similar and identical
te-shnologil-,al routing 73
Card 4/8

Assembly-line Methods in Serial Manufacturing
Basic Problems in Calculating and Planning Production
Lines in Machiznery and Instrument Manufacturing (A.I.
Neymark, Candidate of Technical Sciences)
Calculating single product contitraous movement lines
Calculating single product intermittent movement (direct
flow) lines
Calculating multiproduct continuous movement lines
Calculating multiproduct intermittent movement lines
Controlling and Regulating Banks Feeding Production
Lines (Ya. P. Gerchuk, Candidate of Economic Sciences)
EXPERIENCE ORGANIZING AND O'?ERATING
PRODUCTION LINES
State of Development of Line Production Methods in
Leningrad Machinery and Instrument Manufacturing
A.G. Berman, Candidate of Economic Sciences, and A
(leymark, Candidate of Technical Sciences)

Assembly-line Methods In Serial Manufacturing, (Cont.) SGV/1212
Ch. VII. Line Production Methods In Leningrad Machinery
Manufacturing (G.A, Ollkhov) 78
1. Organization of product-closed shops and sectors as the
transition phase to line production methods 178
2. Single product intermittent movement lines for machinery
parts 181
3. Multiproduct continuous movement assembly lines 186
4. Multiproduct intermittent movement lines for machinery
parts and assembling 189
5. Multiproduct intermittent movement lines for machining
parts without resetting equipment 198
6. Automatic production lines in engineering shops 200
Ch. VIII. Line Production Methods in Leningrad Instrument
Manufacturing (M.A, Bugakov,,.Engineer) 201
Card 6/8

ii. S.:!rIal NI:,LnuI-v.t-ur4ng (Cont.) SOV/1212
1.. 0 r;,.a r j,, a'~ -i-j -shrp~ and sectors 201
2. FI.Ovi me-!'Ihoa~~ ^j -F wonlv 'i!.-. ~:,hcps 203
3. Single rr-ln-rus mDve-,rrient lines in assembly shops 214
4. Single rrI-Auct, lr-tverm-~ttent movement (direct flow) lines
for machin-ing par,rs 228
5. S J'rj g 1. J~
J.rt~C~jr-M.j.tl-e'rjt movement (direct flow) lines
in assembly oh ops 233
6. Multiprodu-~tt. rnovi~-.,ment lines in assembly shops 239
7. ! ri7e.-r.4.~,tent movemerl-t, (direct flow) lines
for asseirbling and mounting in assembly shop3 256
B. Universal dpsl gn rff fac.1.1itlec, 266
Ch. IX. Economic of~ a Choice of Flow Variant
Based )n flne Example of Elc-trl,-,-va~~uum-device
Manufa.,..~L";.rirg IrYI1-V3tr-7 1A.P. Kxassovskiy, Candidate of
M ---a-
269
Card 7/8

-n SOV/1212
"'"ILZMG, LINE
i
'7 ~.,Zl r.I
T, 1 11 r~ i
[Gathered]
277
1 t, - r~l. t ure General
277
281
P.. Jdu.-:tIon
299
:Ji n1111.111
312
',i_zation cf
315

. WOPMUT, 0.1.
m
StaMard struoture of a regul;~j .roduction flow process (ituduleo
. . of a regEds-- flow process). j'-LIP. no.227sl35-145 163.
. . (KMk 17%4.)

IWOREZ,111T, V. 1. Physician Cand. Hed. Sci.
Dissertations "The, Characteristics of the Histopathological Changes in the Brain
in Cases of Chronic Lethargic Ene3phalitis,w Second Hoscow State Medical last. imeal,
1. V. Stalin, 7 Apr 47.
SO: Vacherrgraya Moskva, Apr,, 1947 (Project #17836)

&MANOTA, Me; REPORRUM. B*S.; ALMSIVA, N.M.; FAKE[OKMHMYA, b*A.
Dlecusslons of the reports of B.I.Stapanov. B.S.Haporent.
X-RAlentseva and L~A.Pokhaa7chava. Izv.A5 SSSR.Ser.fice
22 n0.11:1379 1 1580 (MIRA U:22)
(Lmdneecerxce)

PROTOPOPOV, S., master-pavar; NZPOROZHIM, V., imaster-povar
Advice to the cook. Obabehestv.pit. no.8:15-16 Ag 162.
(MIRA 16:10)
1. Glavnyy kulinar Upravleniya obshchestvannogo pitaniye- Waskovskogo
goradskago ispolnitellnogo komiteta (for Protopopov).
,2. Zaveduyushchiy proisvodstvom stolovoy No.32 tresta stolovykh
Oktyabriskogo rayona Moskvy (for Nsporozhnev).

gro
14KCHM0,Llu.., tekhn.md.
Met's obtaLn an abundance of grapeal Stvoryno dostatok "no-
hradn, FAv, Derzh.vyd-v* aLlIkhos.lit-rr URM. 1959. 172 p.
(MIRA 14:5)

NE-POROZHNITF F. S.
Protection of Hydroelectric Power Stations from flooded Streams. State Power Press, Moscow-
Leningrad, 1947,, 164 pages.
U-2392, 22 Sep 52

NZ-roAcumly, F. 3.
29002 Gidretranspart tyazhelykh glinistykh i morenafth gruntev. Gidrotekhn.
Stmit-vo, 1949, No. 9, S. 18-21
SO: Eatepis' Zhurnallr*h SUteyj Vol. 39, Moskva# 1949

ITIKmozimmf Pap got
I
Pa. iT3T45

NEPOROMEM, P. S.
ItAdoption of the belt conveyors in the production of concrete at Verkhlie-Svirskaym
Rvdroelectric Pover Plant," Mechanizatioa of Labor-Consuming and Heavy Work., IQM=
f1951)

1MRAn g.I.heoring Ja'ydraulica Jul 51"
Stz%ctures
"Vxpirience, of lustalling Reinforcing! Rod* S=4..'
Concrete Molds at Large Eydriaulic Construction ."Ir,
tforks P. S. Neporozhniy, Engr
Gidroteth Stroi" No 7, pp 3 9
DesaribeB operational procedure dvwiug arectioi:
9f dam, powerhouse 40d GIUICO Bt=e 't=015" -WhIch:
wed about 23,50D tons of concrete reinforejUg.
Oods and required installation of 200~000 aq a
faloework. Rate of. prep and aasexbllagx*-~
9
inforcemento was 1, 200-18 500 tons pet'mo. WeAfe'd
VaBR/Engineering Hydraulics, Jul 5rI
Structures (Contd)
rod stractures and absorbing materiels for ToA",-
work were used when, suitable. Gives conalu3low
.*ad ~Gugpottions.
CD

NE-POR=Nnv, P.S.
A* 51-
~nk
tures
"Observations on Concrete Placing fln Largim

Hydraulic Construction,'dorics," P
S. Keporozhni
Engr

ekh Stroi" No 8, 1-6
aidrot

1- Describes equipment-used for transportation and
placing of concrete and ompares methods for
P acing coverete by means of buckets and with

he
t aid of dump trucks. In 'wi ter time concrete~:
mixt was relmed from plant- in- Pre IM"ed - 8"U -
4:. ~-Djecusises proveritive meselwes "gainot cooling on
Arucks.
200T76

MOROMM, P. S.
Concrete
i"Obse
rvations on the Oppration of Concrete-
~~'..Kaking facilities on Large-Scald Hydraulic
Engineering Works," P. S. Keporozhniyj Itgr
.."Gidrote-kh Strol" No 10 PP 20-23
-Describes layout and operation of concrete
:Plant, consisting of 8 mixars of 2,200-liter
capacity each,and measures for automatization
..,-:of,concrete preparing and releaslug operations.
Facilities were designed for producing 340,000
cu. m yearly.
201T105

NUOROMYO Pe S.
Concrete
Continuous automatic preparation, transportation and laying of hydrsulic concrete,
flowing with great intensity. Stroi. prom., No. 1, 1952.
Monthly List of Russian Accessions, Library of Congress, March 1952. UNCLASSIFIED.

I...... "OZIMIY, P. 5.
- ..-~ -u: -.I
Duns
"Spanning a river bed with a barrage.ll~ Gidr. stroi. 21 no. 6, 1952.
9. Monthl List of Russian Accessions, Library of Congress, October 1952 lgtj*, Uncl.

NEPOHMMY, P.S.. Inzhener.
.
Experience In simItaneons building and installatioa work. Gidr.rtrot. 22
no.6:1-7 Je 153. (XLM 6:6)
(Erydroelectric power stations)

NMROZM;IY. POS.,inshener.
Technology of continuous amtom&tIc manufactures transportation and placemeat
of concrete. Gidr.etrol. 22 no.7,.11-7 JI 153. (VIAL 6:7)
(Concrete construction)

- ~,'~JIDJW_7~LJZJ, P,3__
rm Comm" am Noun Maw (of, MW IL CC mixistm UM) 11L vne mu" 94
GG"*w me,twomme" Gmwom~* tha.uw ftLuwug 691MMe "do# Sol=-
WIG bWUjr w& tax0ftko bM bMW WANOW fte 4im"Utim fw et" Prix" ftr
tas Yom Lqw "a M3* (2020M mumt, ft. K-WO go bb - 3 Apr 1950
W~
Zhurin, VqDq
Idashkin, V.I.
Shchelkan6v, V.I.-
frepdrozhnu, PS
jeynego, lu.13.
Ivyanskiy, G.B.
Ogurtsov, A.I.
Nikonov, G.P.
vs! at wwk
"Popular Scientific and
Technical Series for
Engineering and Technical
Viorkers, and dorkers on
Large Hydraulic
Engineering Constructionsff
All-Union Scientific
Engineering and Technical
Society of Constructors
SO: 7 Jas 1,9A

WORDEM9IT, Potr Stopmovich; SMtNIMT. T.T.. rolaktor; GIEZEUNG, Tlm.G,,
r . 40=DM. A.A., takhnicheakir relaktare
(Comotructlea oxWlozco In buIldIxg hydroo2ectric power lustalUtless;
concroto work] Is spy+.& stroitallittva priplotlanal, gidrealaktrestaiLteil
bmtomWe rabotyo K"kwag Gose axorge ixd-vo, 1954. 96 p.
l4dm2actria powor statloam) (MM 80)
Comwete comatructioa)

NVMOZHNI'r O.B., kandidat takhoidaeskikh nauk.
Xxperlence in organizing andL operating a large &tons quarry and
stone crushing plant. Gldr.xtrol. 23 no.4:7-11 154. (NLU 7:7)
(QuarrIes and quarrylag)

mmozaiy'. P. S.
P. S. Neporo~Wly.,15 tel'stra pz!zlot~= GES. BetonzWe
azl! strol !IEU-M
rabor (Experience in the construction Or a GareAt DW-451de 4droelectric Station.
Concrete Work),, aasenergolzdat, 10 6heatst 39000 copies
The book states thetproceduwes and methods of performing concrete work
during the construction of a great dam-side hydroelectric station, and gives
an estimate oftheir efficiency under specific construction conditions.
ratended for engliteers and tech-dicians employed in the construction of
bydroelectric stations.
so: u-6472, 23 Mov 1954

WOROZHULT, Patr Stapamvich, kandidat takhaichasukh nank; SKMOV, N.Y.,
mmm"Ww" .~* -Wwms MM, A,Ko tekhntcheskiy radaktor
Efterience In continuous concrete placement In budMing 17dratdic
anginsering structures] Opyt nepreryvncgo betonlrowaalla na stroi-
talletys gidrotakhatchaskikh soorushenli. Xbskva, Cos. Ind-vo, lit-
ry po stroit. I arkhltekture, 1955. 48 p. (MM 8--7)
(Concrete construction)

I
NU 0 1 P ftepanevich. kandidat takPfichesldkh usuk; TIFLUKCgA. A.,
St
MPW
bdkCWA. re.. takhmichookly rodafter.
Ninforcestent tochnolW for massive and precast concrete work]
Takhaislogila armatursykh robot maxeirnegs, i obornogs, sholosobotoza.
Rov. Ges.lud-ve lit-ry pe strolt. L arkhttekture UM. 1955. 147 P.
(KM 9:5)
(Reinforced concrete construction)(Precant concrete construction)

Doe of Tech Sci -- (diss) 11E~mdaoentals of rational
erecting
technology of xdxdW large concrete and reinforced concrete buildings."
Kiev. 1957, 35 pps (Kiev Engineering-Design Institute), 100 c6pies
(KL,, 30-57* 109)
Vj

IUMOZHWO fttr StepsaorLah, kandtd4t tekhatchasklich nauk; DAMILKINA. ff.,
takhaLaheakly radakt*r
[Forms for monolithic end precast reinforced concrete and concrete]
Opalubks monolitnago I. sbornago zbelesobetons t batons* Kiev. G0$.
tsd-va Ut-ry po stroit. t arthit, US=, 1957. 142 p. (KLRA 10:7)
(Concrete construction-Torwork)
(Precast concrete)

AMIAMOT. IiX.; AIMRIANOT. S.M.; BEMIXOT, B.S.; GOLOVIO. T.G. Effolovka,
1.9.1; DOBROVOLISKLYO A.Ve [Doborovol'alkyt. A.X%J; DOTGALI, X.r.
D It,, N.V.]; MIZAHOT, V.D. CIBlizarov. T.2.1; ZHIZMINSKIT.
V.z1*cZbyzdryns4;7iO f-M-1; ZYMMORMSKIT. 0.M. Lhentgorodalf7t,
O.K.1 ZATCERM, R.N. Usicheakom, R.N.]; ITAnWrO. Te.l. Clvananko,
VA.Ilb KOM, A.K.; KOSITANOT, O.K.; rAZAKOW. 0.1.; KOSUKO. S.K.-.
NO, T.A.; KIRITAKOV, O.P.; MISM1. O~.L.- LILICKCIMO. N.T.:
LBBIDICH, N.V.; KIKEAYWT. T.O. cwkhatiov, V. 0:1; KOROZ. 1.I.;
KOSfWHILOO V.Tu. [Mashchill, V.IU.1; jQ;jjjZ,,jwJ%.~[1kporozhnt1,
P S 1~ MWATNIY. S.M* CYAzdatnyt, S.K. ; NOVIKOV. V.I.; FOLIVOT.
ST Folevol, SAJ; PJRXKRRWf. H.S.; PUZ11. O.Te. Epuslic, 0.3.1;
RADIIF X.S.'- SLIVIMIT, 0.1. (Slivinalkyi, 0.1.1; sTAurswary,
A.I. fSt&n1;1avs'kyi, A.1.1; U&MSKIY, T.P. [Uspeneltyl, V.P.1;
KHOMCM, O.Ta.; KHILYUX, P.P.; TSAPEHKO. N.F.; SHMS, V.I.;
MAL'OHNSM. V. [Nallchavalkyt, Vj. red.; ZELUKOVA, To. [Zelen-
kova, Ij. tekbn.red.
(The Ukraine builds] Uk.-atns buduie. Oiv. Derzh.vyd-vo Itt-ry
z budivnytetva i arkhtt,. 1957, 221 Pe (MIRA 11:5)
(Ukra tae-Cons truct ion industry)

RPOROZHNlr. P.S., kand.tokha.nauk
t~~,
sit-mbforged concrete ia constructing large concrete
IU~t&ll&tlOnB. NOT.T Strol.tekh. no.11:5-19 157. (MIRA 10:12)
(Precast concrete construction)

MWCROMIT Petr Stepagovich [Keporozhnii, P.S.1; zH=HrAr,. I.A.. kand.
.4,W, votmr. A.M., red.
Crarge hydroelectric power stations and their role in the electri-
fication of the UPxainian SSRI Potushni hidroalektrostantaii ta
ikh roll v alaktryfikstait Ukrainalkot RSR. 17yiv. 1958. 45 p.
(Tovarystvo dlia poshyranala politychqrkh i asuk-ovykh %ran'
Ukrainalkoi RSR. Ser.4, no.2) WRA 1i:6)
1. Zmetupnik golovi Derzhplanu URSR (for Ueporoshaty)
(Ukraine--Wroolectric power statione)

J
NWOROZJUIT. Fetr Stepanavich, prof.; YUMMY, A.L., kitudotakhasnaukg
ff**#-na1whwY'~A&.'-~-U"ImKA' N.V.. red,; ZXLIKXOVA. Te.Te..
tek.hn.red.
[Traction oflarge concrete and reinforced concrete hydraulic
structures; prImciples of efficient technology] Tonvedenie krupnyirh
betonrqkh I zhelazabetonnykh gidrotekbaicheakikh soorushenti;
oxnavy ratsionallaoi takhaologil. Maio Gose tzd-vo lit-ry po
stroit. t arkhtt. US=. 1958- 700 pe (KMA 11:5)
1. Deystvitallayy chlen Akademit strottellatya L arkbitektvxy
SM t USSR (for 11sporochaly)
(Uydroulic engineering) (Concrete construction)

NEPOROZHhlfL 'P.S.,
[ProbleiW and objectives in the construction of power engineer-
Lig system in the U.S.S.R. lZadaAi i puti soverdhenstvoyanlia,
enerptiahesko~_--stroiteltatya MR. Moskyag, Gosenergoizdat,
195 5
J~ P;n (MIR& 16:2)
wer gingering) (raectria power plants)

1400) BOV/98-59-7-4/22
AUTHOR: lleporozhnly, 1. S, , Rutkovskiy B. I and 9Vb,, M. K.
_~ ~er~_~
TITLE: Rubber Caulking for Warping Seams in Canal Linings
PERIODICAL: Gidrotekbuicheakoye stroitel'stvo, 1959, Nr 7t pp 18
- 22 (USSR)
ABSTBACT: The process described is one applied in this case to
the Notth Donets-Donbass canal, which is lined with
sectional ferro-concrate sheets, with provision for
draining (Fig 1). In view of the necessity for good
draining, the caulking of the concrete sheets is of
extreme importance I and the use of rubber for this
purpose, for the first time in the USSR but common
now in many countries, has proved to be preferable
due to its durability, flexibility, cheapness and its
waterproof properties, Fig 2 shows the tapered edge
of the concrete sheets and the 7x2 cm, recesses cut
Into them, into which 2mm thick rubber strips are af-
fixed by means of an adhesive and sealed with a me-
tal-reinforced sand/cement mixture. Three alterna-
tive methods of sealing are given, all of which pro-
Card 113 ved to be unsuited for the purpose. The width of

SOV/98-59-7-4/22
Rubber Caulking for Warping Seams in Canal Linings
the free (unglued) part of the rubber strip (see Vi-c,
2) is determined by the formula.
S x k x 100
b = - A I + a
where b = the width of the free part of the strip;
3 = the greatest relative amount of slip between pl-%-
tea, in am.; k = coefficient of heterogeneity of --'-~e
caulking material;,Al = the relative elongation of
the rubber at breaking-strain, in