SCIENTIFIC ABSTRACT NOVGORODSKIY, V.I. - NOVICHEVA, A.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001137420004-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 19, 2001
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

. I I I I
. . . . I ) , . . . 9 . . I .- I

SOURCE CODE: UR/0097/65/000/007,
AUTHOR: Koskvinl V. M. (Doctor of technical sciences; Professor); Alekselevr_q. N.
(Candidate of technical sciences); Movgorodskly,, V, 1# (Engineer)
ORG: none
TITLE: Normallzin~ the width of fissures in prestressed reinforced concrete
constructions
SOURCE., Baton i zhelezobeton, no. 7t 1965# 8-10
Tom TAGS: reinforced concretes hi,i strength steel, corrosions electric conductivity
'ABSTRACT: Fissure's up to a certain width In prestressed concrete cause no
~,ieduc'tion In the load-carrying capacity or service life* no reduction In the
~usefulness of the-structures. %areas earlier planning of stress-reinforced
iconstructions did not permit fissures where loads were encountered recently,
as a result of successes In the study of the Influ2nce of fissures on the
stress-deformative state of constructions and longevity of rods, it has become
possible to plan some constructions with allowance for the formation of
11saures. We has been responsiblep to a great degrees for the wide appll-'
,cation of stressed-rod fittings. The high-strength steel used In such con-
s
Istructions has high carbon contents resulting In the danger of Intercrystal-
!line corrosion. Investigations have shown that the corrosion process In the
reinforcement depends on the width of fissures# the aggressiveness of the

L 26775-66
ACC N& APW17~&
surrounding medium, reinforcing-rod diameter, composiefon aM -stress state,
,concrete density and electrical conductivity* Ihe authors therefore conclude
that in mon- or weakly aggressive mediat prestressed-concrete Constructions-,',
with cracks (from OoOS to 0.3 mm) may be used* The exact crack width per-
Missabludeponds on the action of the "tqrpkk madiumv..type of - construe tion_.
and reinforcement.. Orig. art. has: .1 table., WPRSI
0
SUB CODE: 111, 20 / SUBH DATE: none ORIG REF: -003

MOSKUN, V.M.; ALEKSEYEEV, S.N.; NOVGMGDSKrY, V.I.
Pas.givation und tte deatructi6n of trie fil!;3~V'Aty (-? EttE;~ -~t-
. c
5.) 4-5f.4 S-0 '~.5. ~M--;~A
ments in concrete. Zanhch. m(-L. 1 no.5. 5~
1. Nuuchnu-isoledovatel'sk'y Inotiti,t betona ', zhelrz(A;c-t-:m..

NOTGOHODSKIr, Yu.r.
s ot r .
[Irulfill the seven-year plan awed of tim) Samij9te-11. do r -,no
Ko8k,va, Zaanie, 1960. 39 p. (Vsesoiuznoo obeftchest7o po rnap-ostra-
nonilu politicneeklich I nauchnylch snanii. Ser.). Skonornika, no.11)
(MIRA 13:6)
(Russia-Sconomic policy)

I . . . , , .- - 0
I
1 1, : .

LYALD
'I-511.9mi Sion
opor
y~l

/ 7
C
ZSTLI/G~M, :I., (;a 7)-;7
0 h.; RMORMS19V, B.P., inzh.
Ustre 220kv lines with split conductors. Ilaktrichostvo no.2*9-12
F 10. (Km -1-1:7)
1. laningradskoye otdeleniye Toploolaktroproyekta.
(Alectria lines)

-11
KRYTJKOV. K.P.. lnzh.; NOVGORODTSgV. B.P.. inzh.
- -1 1~ -
Uning lov-alloyr-glre'a~l~ in supporting structur,49 for tranardasion
linon. Zlek.sta. 29 no.1:46-49 Ja '58. (KrRA 11:2)
(glectric lines-Polos)

61:11TA0, V,L;. ; i-~--E,'JETY, MI, D, ; "'ODFORIE., 'S'LlY,
M,V. 'TCl;--,
V- :L! ~'-T:I:, 1.1-'.. TTL.~---- 71 CV,
TY
UUiJ;S1jGi(F, V.V,; ..UXIORIJIMSEV~ B.1'.; G0I%IJ'R-l*RG,
Ilikolai I!avlovi.ch ll!noFr-E:dcv; (bituary. Ele~trichestvc no.IC:
91-'-)2 0 101.
(';-.'r.c,f,rradov, Fii-.olai Favicvic;,,. IFF6-il-,611

GOLUBTSOV, R.A., inzh.; KRYUKOV, K.P., inzh.- NGVGORODT P., insh.
i_ SU, B..
Loads acting on the intermediate towers 4 a result of the
stress of the wire dioing the break in the lines. Elek. sta.
34 no,1:51-55 Ja 163. (MIRA 16:2)
(Electric linea--Overhead)
(Electric lines-Poles and towers)

K:,Y U KCA' Kiri I I Fe tro ,-i c
ijoriR iavlovi~:h;
!3c "I'MiTA F-v' I " 17,
L~~orvntructlun uno -)I' I!m ta-~ rt. 11 i I If.- powf-l
transri-,sion Anc~ supi.c-tEl, Kcriqtrukt-~;il ra;~cl.o,t -.--a;jl-
cheskikh I zhe - z~ -pc)r I 'Ir.
skva, Diergiia, Ilp-, ~.

N OV&o Q ObTS E ~/, G- J~
-i'ol , ,
- '' )~Illn- .,., . - .1 1 - I . 11
"* - . . I . - ..
. . .

NOTGCRODT"V. G.A.
ic health in the R.S.F.S.R. during the sixth five-year plan.
Zdrav. Roadeder. 1 no.1:15-19 Ja '57. (MIRA 11:2)
1. Nachallaik p la novo-f inane ovogo upravlentva Hiniateretva
zdrL4vookhraneniya RSYM.
(PULIC H&AINH)

NOVGORCDTSL-V, G.A.
-
Public henlth in the Rwstan Federntion during the Period
1959-1965. Zdrav.Roc.7nder. 2 no.12:3-10 D158 (MIAA 11:22)
1. Nachallnik Plnnnvo-finanaovafo uprnvleniya Mininterqtva
zdravookhrnnerityn T?SFSR.
(PUBLIC HEALTH)

R02MIFELID, Illya Isayevich; N'OVGO11ODTSEVO G.A., red.; ZUYEVA, N.K., takhn.
red.
(Principles and methods in the planning -,f the public health systezj
Osnovy i matodika planirovaniia zdravnokhranoniia. Moskva, Gos. izd-
vo mad. lit-ry Medgiz. Pt.3- [Planning to meet the needs of the pub4c
health system for medical personnel] Planirovanie potrobuosti zdravq r
okhrawniia vo vradhobnykh kadrakh. 1961. 202 p. (MIRA 14:8)
(PUBLIC HEALTH) (KEDICAL PERSONM)

NDVGORODTSLV, G.A.
Considerations on public health organizations i.-. Cze9hoslovab.4.
Sov.med. 25 no4zl44-148 Ap 161. (MI,--A D.: 6)
(CZECHOSLOVAKIA-PUBLIC HEALTH)

BAZIYAN, G.V. (Stupino I-loskovskoy oblasti); jIOVGORO')TSEVP -- G.A. (Moskva)
Urgent problems in modifying reports and records of' stonatological
services to the public. Zdrav. Ros. Feder. 6 no.1;14-18 Ja 162.
(MIRA 15:3)
(STOI.V%TOLOGY)
(I,ZDICAL MCORW)

NOVGORODTSEV, G. A.
Study of the incidence among a city population of diseases of the
teeth and oral cavity. Stomatologlia 41 no.4:3-7 JI-Ag 162.
(MIaA 15-.9)
1. Zz otdels organizataii zdravookhranonlya Nauchno-issladovatell-
skogo instituta. gigiyeny.imeni Erismana.
(STUPINO-MUTH-DISF.ASES) (STUPINO-TKETH--DISEASFS)

NOVGOROUrSEV, G. A.
"Principles of planning health protection in the USSR"
i - " !, ~: ~ L, ~ , I .,. I . I
- i , 1, -T

e f a 2 z a-,-. b Ij c f ci:L-- C h~,
rctora of 11?2irt elentric mictors.
ii, nc.4:3(-38 Pp 1656
st.nauch.i tekh.lnform. 16

n t- A T P I
A T
TI Tlj~, T?, 11 ll fAJI II I
FFRIOVICALf V omorIA17 Uraj'ak~,,v -*&hCP"AY% PQ
Pip 62-A3
0MR111-r Th. ewpkd is pta-l tnt, tv-4 ~".MnOl of 4 Mrf~sl 01-t-10 I m -P
th. rp., w'-, is -,Il rr t. t-td Th. i,o
t T 30 ec -j
g*- 4_ 1-3 1th Is .P.- -A-;. Th. I--
1. 0.1
,. ,), IIII)DVj
0.01 ZIPI I
,7719.0,-C~ pl~ fok .0-C. Vo .1. Cu 7,).c4 p4b I Tv, t-4-
w-do pt,%;,s-I fr-m otido. ~bt&tnwt by the .W-tt- ..it.
C.~ Vi

n WKP Yu.,. ( Khiir I kov) ; NO'v(;(R()T,TF)EV A, 1_7_ ( Kwir 'A ov ;
Ifidnor na I, u-i I vibr at ions of a ro,.litinr cy, inds~ , f' i ,,,I
v I th a J q~, I ri. Prikl . I nc,. ., I t,~
I-#:, ,
~ M - I. ,,
I -I br---~ *. ', eci Vvi , - i, -
1. Khar'V-iskly pol ' t,,,,.~inl "y 4r-;z* ~ 1.1A - .-"
1.965.

KLMMV, N.M.; TUMSH, A.S.; 11MOROWSEVA, V.I.
Pyrite cindarg as a raw material for preparing crocus.
Trudy LTI no.49:37-45 158.
(Pyrites)
(Grinding and polishing)

I., V. A. %1. swill"(
MV'MT(V
A r~
1 v -
r,-eri." ',ne
C T the

S/ L'2 4,/ 6 /00?/ co e.
B185/B102
A U'I Ii ~~ A-3 1Borigova, N. I., Kurenatov, B. V., Novgorodtseva, V. I.,
Pchelin, V.A., Chiatyakov, L. V.,S-1wbko, V. M.
T I TL 6: The rauiochi--caical atitfly of Am 241 finaion by nt-atrono of
variouG ero!rgieo
SOURCYS Fizika aeleniya atomnyKh yader. Ed. oy N. A. Perfilov and
V. P. i;.(smont. Moacow, Gosatamizdat, 1962, 48 - 55
TEXTt Even-odd nuclei can bti finnioned tit different rvaonancP, en(_'rf7,ien
according to which of the two poanible spin atates is present. T h i n
241
effect was observea in tne neat ron-induced fission of Am . B(?C~iU3e Of
the relatively low fi--_or, crosLj section of Am 241 the study van mqd'~ Vitt)
a filtered beam of accipite certain disadvar.LaIKOB of thia an com-
pared with monocnru.,i_' ricutrun beamu. The irraujoition dorie In the
12 13
Ai'T (IRT) reactor uzoi~ i~ aeitron flux of 5-10 neutron cm -nec lanting
one hour witnout an-i aeveral noure with the filter. The filturs were of
r~lum:inum-allu,,er, gadolinium, cadmium, rhodium, and erbium oxides. Th e
Card 112

The radiocheinical tit u(jy of'.
S/624/o2/000/000/002/004
B165/jI02
A m241 ,as ext rac t ed t r,,,,i pi utoni un, thorouer, I y)~rif ed and then f~l ect ro-
deposited UpOri PlaLlnjiz ciaKu to give a thickness 0.15 - 0.~ Mg/cm The
fisfilon pro~;~ctu emitrea f-(,in this layer on irradiation were collected on
filter paper anG SubjeCL--d to radiochemical analysis. The counting. wan
made ur, a methane flow counter with an approximate 4R-geometry. The yield
99
of tnr- dif;t~rent
referred
prod.cta,
increasing neutrun energy
tive caicul~.-)nL3 uno-Ned
neutronn anQ neutronu U1
241
in the fission of Am .
the regiona of the second
2 tab! es
as
to the yield
when the yield of Ba 140 is
tn~-t within experimental limits
tne first resonance cause
in Mo , increases with
neglected. Compara-
of error thermal
the same mass yieldn
The effect is too weak to allow of estimates in
and third resonancee. There are 1 figure Lind
Card 212

ACCESSION NR: AT4019305 S/0000/63/003/00)/0145/0148
AUTHOR: Chistoserdov, V. G.; Novgorodtseva, V. 1.
TITLE: Microcrystalline materials with.zero, positive, and negative coefficients
of thermal expansion
SOURCE: Simpozium po stekloobraznomu sostoyaniyu. Leningrad, 1962. Stekloobraz-
noye sostoyaniye, vy*p. 1: Katali 'zirovannaya kristailizatsiya stekla (Vitreous
state, no. 1: Catalyzing crystallization of glass). Trudy* simpoziuma, v. 3,
no. 1. Moscow, lzd-vo AN SSSR. 1963, 145-148, bottom half of insert facing p. 162
TOPIC TAGS: glass, glass composition, glass crystallization, microcrystallinity,
lithium aiuminosilicate, thermal expansion, glassy-crystalline state
ABSTRACT- Glass compositions in the center of the spodumene-eucryptite zone were
investigated. in this lithium-aluminosilicate system. strong nonporous, glassy-
crystalline materials were obtained with coefficients of linear, thermal expansion
ranging from +15 to -20 x lo-7/degree, including zero values. From the same
glass, microcrystalline material could be obtained by different thermal treat-
ments with a given coefficient of thermal expansion. This coefficient is sub-
stantially determined by the O-eucryptite or spodumene content in the material.
Cord 1/2

ACCESSION NR: AT4019305
In glassy-crystalline materials obtained by a low-temperature, thermal treatment,
P-eucryptite was the principal crystalline phase. An increase in temperature
of thermal treatment gave rise to the appearance of a large amount of spodumene
and other crystalline phases, which produced a macrostructure. The variation in
the phase composition of the materials was accompanied by marked changes in its
electrical properties, and this offered a great possibility for more thoroughly
studying the questions connected with the structure of glass and glassy-crystal-
line materials. The linear thermal expansion coefficients for some synthetic
lithium minerals are tabulated along with X-ray investigation data. Orig. art.
has: 3 figures anG ., ',aales.
ASSOCIATION: none
SUBMITTED: 17MaY63
SUB CODE: PIT
Cord 2/2
DATE ACQ: 21Nov63
NO REF SOV: 000
ENCL: 00
OTHER: 005

L 2737--66 Effr (m)/EPE: (n)-2/EWP(t)/EWP(b)/EWA (h) IJP(C) -JD/Vfd/JG
':ACCESSIOM MR: APS024335 UR/0367/65/002/002/0243/0247
;~7
'AUTHOR: Borisov&, M. I.; Movgorodtseva, V. I.; Pchelin, V. A-,, Wgin, V. A.
TITLE: The threshold for Mp 237
77
,SOURCE,: yadernaya fizika, v. 2. no. 2, 1965, 243-247
JOPIC TAGS: n tuniumil-Ldioisotope, nuclear fission, fission cross sections
!2t lum,
4ission
threshold
jABSTRACT: The cross section for symmetric fission is measured as a function of ex-,
icitation energy. Particular attention is given to the behavior of this cross sec- i
Ition close to the threshold of asymmetric fission. UP237 was used as the target. ~
!Fission was produced by neutrons. The low degree of anisotropy in the angular dis-i
~tribution of Kp237 fission fragments, and the weak relationship between this ani-
isotropy and neutron energy Indicate that tontr1hutions to the fission cross section
;from various states at the fission barrier do not change considerably when the neu-
itran energy Is varied. This nade it possible to eliminate the Influence of tnde-
pendent-partLcle effects on the fission fragment yield. An electrostatic accelera
tor was used. The T (p, n) He3 and D (d, I.1) He3 reactions served as sources of
-monochromatic neutrons. Symmetric and asymmetric fissions were Identified by the i
ICard 1/2

AL 2737--66
ACCESSION MR: AP5024335
radiochemical method. Yields were determined for Ho99, AgIll, Cd115 and Bat". The
,methods for preparing the sample for irradLetion and determining the yields of these
,isotopes are described. The exposure time was 25-50 hours at a neutron Intensity of
2-108 neutrons/sec,cm?. The results am graphed and tabulated. it Is found that
.the thresholds of symmetric and asymmetric fission coincide. This Indicates that
the process of symmetric fission coincides at first with the pmcess of asymmetric
fission and that the differences In the yields of symmetric and asymmetric fission
and in the behavior of their cross sections at high neutron energies are due to Vie
effect of fragment sheVA which appear in the last stages of the fission process.
"The authors consider it their pleasant duty to thank B. K. Gokhberg and B. VL-A I
.L4rcha "o for constant Interest In the work and discussion of~the results, and also
L. V. ChIst)Fakov for vatuable consultdtion an methods." Orig. art. has: I figure,
I table.
ASSOCIATIONt none
SUBMITTEDs 20Mar65
!NO FXr SOW: 005
Pard 2/?
EKCW 00
OTHER: 012
SUB CODE: KP

L 18Z3-66 EWT(n) DIAAP
_ACCW91ON NR: ATS022307 UR/3136/65/000/833/0001/0012
AUMOR: Borisov&, N, L; Movgorodtsava, V. L; PchalLn, V. A.; ShLgLn V A
TITTZ: Symmetric fission threshold of Mp super 237
SOURCE: Koscove InstLtut atomnpy energii. Voklady, IM-833, 1965. Porag
a L =a t r L c ft no go - d a I a i ifia- R -pl ff -, 1- f!
TOPIC TAGS: nuclear fission,, neptunium, fission cross section, fission producto 1
neutron bombardment
ABSTPACT; The variation of the symmetric fission cross act an of HpZ37 was
an ode-i-gie--ii cAii'at' entLon wa; con-
.studied as a function of the excLtati -_ __U t
centrated on the behavior of the cross section in the vicinity of the asymmetric
fission threshold. The target used was KpZ37, and the fission was induced by
monoenergetic neutrons produced by the reactions T(p,n)K&3 and D(d,n)He3. The
experiments were carried out on an electrostatic accelerator. The results
indicate,that the thresholds of symmetric and asymmetric fission coincids* A
detailed cou"rison of the fission cross sectLon,curves shows that the barriers of
symmetric and asymmistric fission are the as= in height aa matt as shape. The
results agree with the hypothesis that duting the-LaWal stage the process of
Card 1/2

L 1873-66
ACCESSION MR: ATS022307
symmetric fission coincides with that of asymmetric fission, and differences
in the yields of symmetric and asymmetric fission and in the variation of their
cross sections at high neutron energies are due to the influence of ti- shells
of the frapantag *&-tch manifests itself in the last stages of fission. "The
authors thank B, M. Gokhber and B. V. Kurchataw for his steady interest sad for
reviewing the _~r_;e_zRu ~t:s 79a~:7L. V. d6fa-t'L_~-kay f W -vialuable technical advice."
OrLg. art. has: I fturt and L table,
ASSOCTATIONt none
SUMUTrED: 00
ENCL: 00
aus MWO. up
NO REP SOV: 008
Catd 212
OTM: IM

RCVGORODTSEV, K.I.
World mining of iron oreB. Met. i gornorud. prom. no.1:98
Ja-F 164. OGRA 17s10)

Effect of 614cking at ityco4jil" his 4 serwit an 4 single,
(it(mistiol c4actutm. G. (A LlAlmhd and V. A N
"44y AU4. Vd*k S-S-SM To.
epwimen of "lk, ommie-US muwleuil a hotf, tetantced by a
"Iff of cloo,"I" a, Ikedi.4 " a Me itc," and pc,,,,Ided
With A PAif Of 11" tw electrodes 2 cm. clotict. aW blocted
for glyciflysis Is, Z: Wdes"tate, t&cq4te, or pyruwate. Rkme
off cactilvicstd, pvc the N&*N4 rmlis: ludamortatir leads.
'a 'ni, w ""'t-ft"em"t of let* angle matrectime, IcAkmed
b frAlIfir stiff even 111uppearstiff. Thc cm(se'll the entire
9MOF"C1100 takes 5-8 bre. in cisfily "int; of.-frinstrusand 2-3
gro, in 1.4fir RMIU4 spKimme. Alble werafrine gointuffics
the conlrdeflous. whcn appl" near the teffinizingArtruffel.
it f4ils to effect the ficryc treated with wKiamoccefe. Lac-
14te And pyruvatfr (afmkiti, off th, 21) both stimulate the 6111cle
1-trUCIkk". N if IUCCfttCd (11,11 the rmlts are cKpiatned
by laf~k of Synthetic gruclaiwin of sticna"actriphowttate And
ciratwe phmphafte in the Ifit instance. and ample opVw-
wnitv four gynihms in the tatitf instanct. 6 Lt. K.
"0" "e- V

IV
Efff"I of as lCmd mulKI. ond 1.0"
11"CM to"ftcOse" it II.O.Att .-1 41,
lad, ik-,J %".k Af 70, IfInIA(
% 44- 111.
1", qw Alt" -
Ow Uh~ d., . ......
(".I Olmjcl~'flt Stumfl); fq~w,--
IM., mod u1- J-111.911-1 11911FACII(MI A I t,
h'. IM-11 ow mitif 1"Imll) Ind 1-1. 1'. 1.,.
:
m, - a- Wit . ..... t...l

A16-
the Oaau:*
r: O'ect d saiiioiUetrlphospbork and on
ctim of ffie gtdattd musde. V A-
Hogornowm 11"L 4-11n. k1j),TV4, Acus. 17,il-l
Kiev). ByO, Ekq(,. Bioi. Med-31, No. - f~
The str6ced muscle front the (mirue of doCc6rac cats nAl
MCC&
to the Peripheral end of OIC SCVCfM -&Utllill~-JAI nfrVC.
Stimulation periods cLvm 12 sec. with, Intermiltrnt rc--t
pt~rtoda of 2-40 Kee. Womilar contractinm werr remid,-I
svith the aid of an botonic myogrnph. A(lcr)oiinctrij,!:,
phoric acli. injected into Use carctid artery in the fumi -r,
Ihe Da wk &%solved In Ringtr soln. nt plf 7A, migm,it ~
the n1minition effect and comirctisently enh3necs flic- ictm;ir
COntfa.:tlOnS. UrgCf d(KCA IOWef the r(TCcl i
and exert it delneising effect on the tetatile cotilt:wflon - of
the Atrimcd tnnipArs of summ.0s. H. S.

Novi. V.&.
Yunctional capacities of various elenents of the reflex arrh.
Vop. fisiol. no.5tll-20 153. (KLRA 9:2)
1. Znstitut klinichaskoy fisiologil Alrademll nauk USSR.
(RLTLEX
arch: funct. capacities of various 011mments of)

ITOVIj, V. A,
Effect of prolongal statio vork an oa&,,&in maalf,-~'ratimj, of 1--j
higher nonraus funatim in mane Vop-c. 1 -'4.
(MIRA 1.1, g 1
1. Inatitut fiziologil. AN USML
(MTRAL NERVMS SYSTEMP PhP1,01097,
higher nonrcri4
i-n -ML--)
(WORK, effeits,
on hichc--,- n,--,-I-uu-- f z, ~'. L -, %eci

IqOVI' V. P..
Irfeat of prolonged atatli work on manifestatime ee
higher ner7ous function in man* Top-..fiziol. no*9958--67 '54-
(KIRA
1. Institut fiziologii im. A.A. 13ogomolltsa, Aked-ii nauk
USSR, Laboratoriya vyashey ner~moy deyatellnosti.
(CENTRAL NERVOUS SYSTEM., physiology
higher nervous funot., eff. of prolonged
static wark)
(WORK, effectb,
on higher nervoua funot. in man,
prolonged static work)
the
14tl)

mov 1. V. A.
Affect of adenosinstriphosphorto acid on tetanlc contraction of
striated amscle. Blul.skep.biol.1 mod. 37 no-3:12-15 Nr '54.
( KLRA . .1 )
1. Is otdola obahchey fiziologli (nauchnyy rukovoditel' chlen AKW
USSR Ye.B.Babskiy) Instituta klinichookoy fitiologli iment A.A.
Bogomol'tsa AN USSR. Kiev.
(HUSCL&S, affect of drugs on,
OATP, on tetanus of striated ausclas)
(ADANHYLPYROPHOSPHATZ. effects.
*on tetanus of striated imecles)

t/Thic eflect of Z' ii~ add wz the ini(A.
iintarr comractions of akdaat itit"(fei, of the flor. V
A. Novi. 1(yult. hkojW. fli'q. i. 11'.1. .19, X(~. 1~% it 1'-
nkrcnj~ if. C.'I. 46, M101.11C.-IT.C. j.'((('(1 mig'U.-Ii-irve
juvint. Omit the cmull %Milmil%is fif (tit: rt'I'S hog wvrv
I I 'C' I -UU-CULW CGUMIC(MC V WAI Ott (11 IIV CIAV, %tifftllf-&-
(kill. Mx [it (d Mt -,-t I Ic" ifict I ij,ho-14mric 114,41 wk It:
811AA. COACUS. Of IU-*-10-16 .((IV 4tO:m4-,' i4i 411c
110ght of (fie tecook o"Itirictintl "ifliout diallging thvir
cluoracter. Cunccis.oflo-9--to
of Mc cotttrlwt~jlls as weR A-4 thu 0mr.tet'r Vf the
fxViqc-,

" I fi
USSR/Human and Animal Fhysiolo(-ry - Nervous System. R-12
Abs Jour Referat Zhur - Biolo~iya, No 16, 1957, 7L163
Author Novi, V.A.
Inst
Title The Influence of btusciLlar Activity an the Conditioned
Secretion Reflexes in Humans.
Orig Pub Fisiologia ner-my?h proLsessov, Kiev, Isd-vo All USSR,
1955, 438-449
Abstract No abstract.
Card 1/1 - 105 -

NOY 1. V.A.
Effect of muucular activit.7 on uniconditioned saliva.-i reflexes
In man. Fiziol.zhur. (Ukr.) 1 no.1:25-32 Ja-Y "55. (MLRA 9:9)
1. Institut fiziologil imeni akademika O.O.Bogomollteya Akade-jii
nauk URSR. Lahorktoriya viahchoi nervovoi d~yallriouti.
(It"LZUS) ( "C ISX) (SALIVARY GLANDS)

NOVI v A
Change in some manifestations of the functional state of the cerebrel
cortex in iman during OUR,-UlAr and nantal work. Yt?.iol.zhmr. Cu"r-1
2 no.507-67 5-0 156. (KLRA 10:1)
1. Inatitut fisiologii imeni O.O.Bogomolitaya Akadmmil nauk URSR,
viddil vishchoi nerwovot diyallnosti.
(CARNBRAL CCRTEX) (NXXELCISR) (THOUGHT AND THINKING)

NOVI. V.A.; PITROVSIKIT. V.V. ; GROZINKO, I.B.; PZKM. A.G.
Changes In some indicators of the functional @tote of the cerebral
cortex during the training of athletes [with summary In English]
fiziol.zhur. [Ukrj ) no.108-46 is-Ir 157. (KLRA 10:3)
1. Institut ficiologil in. O.O.Bogosolltays Akademit nauk URSR.
laborstoriya vishchol nervoyot diyallnoott
(ATHIST95) (CEREBRAL CORT31)

25-12-16159
AUTHOR% Novi V.A., Senioy Scientific Wml!nr if the Physiological
Institute imeni A._~. Bogomolets of the Academy of Sciences
of the Ukrainian SSR.
TITLEi Brains and Muscles (Mozg I myshtsy)
PERIODICAL: Nauka I Zhien', 1957, 9 12, pp 20-22 (USSR)
ABSTRACT; N.I. Krasnogorskly proved experimentally the existing inter-
relation between the muscles and the cortex of the brains via
the nervous impulses. Numerous animal experiments showed that
considerable activity reduction of the brain cortex resulted
from heavy muscular work. Further research conducted by S.K.
Vereshchagin and V.V. Rozenblat disclosed that by linking a
specific excitor with different stages of exhaustion of the
brain cells during physical work, it is possible to show the in-
fluence on the efficiency of the test person. For instance,
efficiency is increased when during periQds of heavy muscular
work an excitor which has been employed previously at activi-
ties stimulating processes of recreation Is switched on. Ex-
periments carried out at the Institute of Physiology imeni A.A.
Card 1/ 2 Bogomolets (at the laboratory of G.V. Folbort) permit to draw

Brains and Muscles
25-12-16/39
the conclusion that light and medium muscular work improve:the
functioning of the brain's cortex. The opposite is the case
at heavy physical activities. T~e question arises: how can
exhaustion be avoided? Besid`6s training, the beat method for
overcoming exhaustion of the cortex from physical work iss
employing other muscle groups. The conception of active re-
creation was tested by I.M. Sechenov.
There are 2 drawings,,
ASSOCIATIONi Institute of Physiology imeni A.A. Bogomolets of the Academy of
Sciencei of the Ukrainian SSR. (Institut fiziologii imeni A.A.
Bogomol tea akademil nauk USSR)
AVAIUBLEt Library of Gongrese
Card 212

1071, V.A..
Changes In the electric potentials of the cerebral cortex of dogs
during prolonged muscular effort. Tiziol.zhur. [Ukr.] 5 no.6:711-
718 N-D '59. (MIRA 13:4)
1. Inatitut fiziologii im. A.A. Bogomolltsa Alrademil nauk USSR,
laboratoriya vy9shey ner7noy dayatelluosti I nerynoy trofiki.
(CIMRAL CORTEX) (IMCIS11)

AUTHORS: Koshele~v,. !.I SnGineer and
Noiri, V.O., Enwineer
TITIE: ypa ITK (Viagomer BPK)
PLRIODICAL-'reploanergg-*~-,..k-a, 19~9, Nr -'r, Dp 49-5)
ABST"CT- Tbis ar-i_cle des-:riL;e.~_ a aietiod of measuring the wetness
of steajD bef,,,re tlva tranzitiowil zone of once-through
Axi (ieveiopad for this purpose is
des,:~ribi~~d, TLP, opei,utior, .,if the wetness regulator
t~efor,~! I-Iiie -~rLasitL~n_al zone of tKe boiler is
'Iae opef,a-t;ing prcc-ess cf a once-through boiler
,inalysed,
is il_'ustra~ed in F-L4
I _~ I Ln tLe form cf a graph of heat
transfer -.c tiir. viorking medium plotted against temperature.
As is weil Kncvrn, t;emperature s-ignals t~"t might be used
to control the operation. of the boiler can only be obtained
from the water or from the super-heated steam because
evaporation taLea place at a constant temperature.
Howe ver,, the evaporation process is very important and it
would be vei-/ desirabie to obtain signals that characterise
the operatiDa of the evaporative surfaces to control the
Card 1/5 boiler. One of the present. authors has patented a proposal

llygi-oinater Type B.PK
- C'
/')i-- -),--4--IU/21
to of +tie -cal,.:,ated ~ELeam as such a signal
using tne t~fj^ PP-K hyUz,~,ne+.er. The fanc-t,ion cl the
hygrometer LE: '&~~ resj:~:,:Id to LLstaLtanecus clianges in the
we'.-Mesz, ~f sall-1.,rated 5ftam ~3s it ~as6e!3 through the
pipe ~Iie lcver part of the boiler
to '.Y,e 7,-,n-, and ,(j te c()ntT.-,-,l the wetness at
Ii i ~-, p c in 11, 'Vt,,.e 2~~, -
~fg-oiaal~er ~.as n-,w beer, tested both in
rigs a.rd --nder ~onditims on ~nce--4.-hrough high-
p.r-,esFu.::-e bcilers. A schema-t7i-c diagram -,--f. a hygrometer
'-(- 11 2.-; f~L ~73ri --n Y`Ig ~,? ~tnd the operating principles
exp-,7, A :ample ~f wet is taheu from the
a~pp-:,Fri-u-s if '~,a br .*--sr ex-d is pasFed to a
~iapa-ra7o- :~f high efficiency. The
ze.~arat-rd w,:i-,.e i "Ic ..-I oaSse-I wi-I.-h a hole
i-r. the ur-d so 7,Lr-- c-' tte column of water
at,.-,.-e t~j? L..19 13 a dira:,t mei~.sui-e cf its :,ate of flow
'lie Lr- Jh-- diGp acrcss the hole is
Tiieas,L:-~ii ~y P. '."h.e steam that has
parses thrcLi7,Ia a steam
-s tnen rat~.ixed w--'tL the water
Card and d 1. Tt ax. sltmentai--
j mattematical

1 LY gr,-. me, t er Pvp,~
drops
v~d the rate of
tne -tcam di7ness
ara easily
I al, t u
before
ie s c ma int a Ining
e e -:I " f
di~ r-,d The rate of
-~:aj -r L, L-a tr ~,-Moift design
f I -a,~k -,e n~.(,nenf, s A Lygrometer
-J ler '~-p4t -SP and
Tirsi- b,--ndle of
il t~m-,.-rature beyond
t; 9 f i j ~i-i 1 e i e j x ---inai ,7,jna w.,-.en the first
z--,L" I by -~.-ae ajtter are given in
_,,q 1,~A,C I' -.,i-;te a wLlie range of
r-, e Z-~; a ri,- ~ ,a27.-i by m-~r-. that
ttle first b.Indle of
cr-7 + 13C. t~,e response
-c rime ntal
'a rd

i~y gi o me t e r7ype 13PK
7,bt.ained wher, rae of gas fael to t~,e
w;j.~; tire nown iri and it ii3 sliown that
~:olit,rci Was eL;tabii~~Iled wit-~Iul a few 111-irlt,teo 31,
,.;,Dnoidera~)-le ~,rjan6ez-,, L)einC :uad,,- , Experimental curves
(obtained -rariation i-n trie supply of feed water are
ven in Fi-g,b, ;,,,,irther t,,~,L;ts of transient processes are
&Lven in L~ig.'~ ar-~d 8 St'Lli fart.-Iier test reesults are
6i%ren in 10 and 11. It is cia-imed that comparative
tests usin6 tne ;,y~~r~meter and a t,--;:,Deratu--e regulator
5L,cwed ti.e -~o be much the better )f the two.
I'aa varj-aT-L)L Of Lr,'daM +,-1eMarat,,,-j-re before the first
b'.Lodle OC the traLSit1:.)na-' z",re with the hygrometer in
-~perat~-on wa,-,, l.-)- -- 2 T.L:Les iilss than iffnen the temperature
-regulator has wi.-tf-, d.1-sturhances in the
t V - -,~ 4,-,a s 0 -~ .R"e ayv-rometer cerrected the steam temperature
teyond tL,--- first I-)urieile of the ---,ransitionai zone twice as
"alYl 4/-) :a,~ .L u..). iie temperatiira regulator. 2he instrument has

riyg:cc,m-g te 1. --Ipj
r r-, r-, j- ~,-x-der a wide Tan6e -)f practical
f-Ir selelaj Lic'nt'as. Chere are 11 figures.
AS SOC Lk"T UXI %-.--,L,)n -)f the ('entral Boiler Pdrbine
J -_r 3 -!~ j t
7ard 5/7

Subject USSR/Engineering
AID P - 4953J
Card l/ Pub. 110-a - 2/21
Authors Kostrikin, Yu. M., Yu. 0. Novi, K. A. Hakov, Kandidats
of Tech. Scl. , G. r-A'16yrtilcov, N. V. Bulgakova, V. A.
Taratuta, Engineers.
Title Results of thermal and chemical tests of a once-through
boiler of 215 and 300 atmospheres.
Periodical Teploenergetika, 8, 10-13, Ag 1956
Abstract Data are given on the quality of steam -supplied by an
once-through boiler operating at 215 and 300 atmospheres.
The boiler Is fed by the turbine condensate mixed with
the cooling calcium-bicarbonate water. The design and
performance of boilers of near critical and super
critical pressures are discussed, and various related
problems are examined. 4 diagramB. 3 references.

Teploenergetika, 8, 10-13, Ag 19156 AID P - 4953
Card 2/2 Pub. 110-a - 2/2 1
Institution : VTI (All-Union Heat Engineering Institute) and Tsicri
(Central Institute for Boller3 and Turbines), Moscow
Branch.
Submitted : No date

ALMTHIKOV. G.I., inzhener; KOSTRIKIM. Tu.W., Icandidat tekhnichaektirh;
..NOVI, Tu.O., kandidat tekhnicheakikh noauk: TAi?ATM, V.A..
inz*hdn6r'"-6
Solubility of NaCl at 110 atm in superheated steam of once-
through boilers. Tepleenergetika 3 no.12:1&14 D 156.
(KY-MA 9:12)
1. Koskovskoye otdelentye ?Sentrallnogo kotloturbinnogo insti-
tuta.
(Salt) (Steam. Superheated)

1i I ,
257
AUTHORS: 1
Kostrikin, Yu. ',I. (Coad. Tech. Sc,), Novi, Yu. u. (Cane-
Tech. SC.), Alcyriicov, G..-. (En~-,.)
(Moscow Division Gen-,ra~ Boiler ana '_"urbirie Insti,~u,~e).
TITLE: The content of sodiam silicate ena free silicic acid in
super-heated steem of uniflow boilers at 11- atm.
(Soderzhaniye silikata natriya i svobodnoy i-reinniyevoy
kisloty b peret,,reto,-,,. pare DryariotocailyKh kotlov nri 110 at
PERIODICAL: "Teploenergetika" (1hermal Power), Vol.4, No.4, April,
195?, pp.37-4(i (U.S.S.R.)
ABSTRACT: Available lrifor.:.atiori tit)out ttie co-tent of' free
silicic acid ond ius compoun(A~3 in s1ji)er1ie,)t(_,u stetim are
incomplete ana sometimes contrauictory. Moreover, the
special features of steam generation in uniflow boilers
ma,,)r influence tne coriterit of tnese substances in the
steam. It was. I.Iierefore, decided to carry out rig tests,
the results of whicti are given in this article. In the
experim8ntal set-up hi,-,n pressure steam (p = 14.- atm,
t = 450 C) was firs 'k direc.ed into a speciE;l cooler in
which it became slit_-,nLly wet, an.i was tnen passed throuE_-,h1
a regulatinE valve intu a separator wnica, besides
removing the water remove(~ most )f the admixtures
contained in the initial steam. From liere the purified
steam passed into a mixer in which soclium silicate or
free silicic acia were addeck to it in known quantities.
After the mixer '~he steam was passed to a tieater which

The content of sodium silicate ana free silicic acid in 257
super-heat"ed steam of uniflow boilers at 110 atm. (Cont.)
imitated the transitional zone of a single pass boiler.
The heating medium was steam at hioer Dressure. Beyond
the heater the steam was passed to a condenser. The
condensate was collected in measuring tanks. Samples 2
were taken in stainle6s, steel equipment and the SiO 3
- ion content was deterwined by tile blue inolybdenum
complex on a photo-colorimeter. In some experiments the
silicic acid content, ol rhe super-nebted steam was
determined both colorimetrically and gravimetrically
and good agreement %vas obtained. Various precautions
that were taken to ensure accuracy of measurement are
described. The results of the experiments are presented
in the form of graphs and the results of the determina-
tions of the content of sodium silicate and free silicic
acid carried out under conditions corresponding to the
generation of steam in single pass boilers at a pressure
of 110 atm and superhea8ed steam temperatures up to
approximately 420 - 430 C permit the following important
practical conclusions to be drawn:
(1) If the feed water of a single pass boiler
contains Ila 2sio3 in concentrations equal to or greater
than 0.03 to U.04 mg/kg of SiO 3- 2, the content of SiO 32-
in the super heated steam (the temperature of which in

257
The content of so(iiuai silicote anj free silicic acid in
super-heated sterim of' uniflow boilers Lt 110 atm. (Cont.
the course of tne exr,eriments went from 1)6(-, to 430 0C) will
not depend on the velocity of trie meuium or on the
initial concentration c)ut remains constant and equal to
0.03 to U.04 mL,/kL,. In this cFj.;e rne deposits will
contain other siLiefites of sodium in a&Aition to Na,Si.0
When the content of Na Sio in the feed water is 31
less than to _14 m6jk6 SiO 3 the concentration
of silicic acid in t, tic, steom is equal to the silica
content of' Lh,~- feed W"ILer.
(2) If the feed water of Lj uniflow boiler cont.ains
free silicic acid, an(_i scdium alkalini!,y is absent then,
independt:-ntl,7 of' the superheat tempera-lure (in t8e
experiments trie temperature ran~fe was ~35 to 42U C), the
silica content of Uie steam is determined by the initial
concentration. The E,-rebter the initial concentration of
Sio the greater the concentration of SiO 2 in the steam
delivered. 11' Q)e 3odium alkalinity of the feed water
is high eriouf-.n. tAie silica content of' the sterjm mrj_v be
considerabl,y reduced to a value of u.O~ to ~_,.G4 m6/kg
sic)32-, 5 figures, no literature references.

PATSUKOV, N.G.. doktor takhn.nauk; KOSTRIKIN, Tu.H.. kand.tokhn.nauk;
-NOVI. Yu.O.. kand.t,-I-hn.nauk
Water systom In Soviet through-typo Ramin boilers [with
summary in Ingplishl. Teploonorgetika 6 no.1:22-27 Ja '59.
(14IRA 12:1)
1. Vaosoyuznyv toplotokhnichoskiy institut I Koskovekoye otdoleniya
TSentrallnogn nauchno-isslednvatel'skogo kotloturbinnngo instituta.
(Feed water)

MIM 1 10011 KInDrTArIA GGV/ V354
"4-,*,, 1 It. Afol't.l.. 0. A. 0 ..... ;i"
F..h. 1.1, A. P. P- 1, T- 0- 5,1
8-d1 I, 1. Kb- Olb'.LLL-
"-=Il ohiW-vmmrCvtLse-
-L~t ..Ip (1-ft-k of Chralatry to P- Ezgl-rtA. G-.,.l
Vt.11.1) P.-ow, 19,50. )v P. 20, D90 Xic.
pri.t.4.
9", T,A. GOIWA- S.g. G.,,Ib. ft. It. "%rikiA, "I A.P. Mmt; Tech.
lid ., C. F~ V._i&.
rgpjK=, We bwAb_j 1. t.%_"4 to, 4bogidt. in t4e field of power ca-
girAirtr4, peracAnOl Of lAb0r%%OrI4G, 411"Ung rq.*.~h
"'I I1-1n4 "A omtml oraoialmlia&4, ea v%Ll as for stvAgato of
mi"rIttl*6 oft4 ukmusso.
QaTvwAI This to tbl nro% of to, of rMmistry LD.Prr
': ~r voluMS
0 so
MtMLLIM it. Of toll.re,
c-t."*j:.Lmr refer,
it., -dool
ssub.ts=o. is -to? rastims wA Prices for
solstices, solubility .( a
=twv.l $I-t"Custry, Cos, roscl
ce retvato #AA W, flat@. bo.4 lacludwo testes, CbSIU, a"
4i . go per#oc&U tto@ . aftuom*d- Tt." s.re 52 rocer""s, 39
.~ F 10 ftgusb, a �.~, A I fte'disk.

MAMEJ A.P., doktor tekhn.nauk; -NOVI, Yu.O., kand.te4in.nauk; TARATUTA,
V.A., inzh.
Chemical r~rificatlon of onto-through type boilers using trilon B.
Elek.sta. 4 no.2al2-16 F 163. (KIRA 16-4)
(Boilers-Cleaning)

X, ~!,'LT , ;. . i~ . , dck to r tqkhn.m-ik : ) 'iu .,' . , kan(, , tekhn.nal~~-. ; '! ~ ,
V. It . , il-jzh.
-,ycle norms ol' once-ttiro-q!h tyT)f~ hoi lers. T~j~'
,I no. 1:91-9.- . a (m , ~. ,, , -, : r) ,

NOVICH .., doktor filologichaskikh nauk
Great thinker and a friend of science. Mauka i zhiznl
no.5:72-73 Yq 162.
(Hertzen, Aleksandr Ivanovich, 1812-1870)
29
(MIRA 15:11)

I -.- ", ., ~ I
I . - ~tl '. , ~ r - .,- - :,
-.- ---- .-,- I . . I
.y - - ~ t -, *.~%p 4 :- 4~
I
I ~ . . . - .
r ~ , ". - -. L - 7 i

L 11055-66 EWP (k) IEWIT (d)/jEINT (1) 10dT (m) /EWP (b) /T/EW'P (w) IEWP WIJP(c) -
NFts AT6004121 F-M/AT/JD/r4 -SOURCE coot UR/04267V51 f/od~-4-fda6
AUTHORs Movichenkop I. I. -V
37
ORO: YW A e-
211 till 6t-1
TITLE: Dissipation of energy in deformable media
SOURCE: Samoletostroyeniye i tekhnika vozdushnogo
flotat no. 19 19659 34-36
TOPIC TAGS: material deformation.. energy dissipation, 011"l-1 1911,0
ABSTRACT: The dissipation of energy in a deformable medium is discussed briefly# and
two exe plea are presented. It is shown that the work expended per unit time due to
energy dissipation in a deformable medium can be found by integrating the energy
dissipation function over the volume of the medium. The dissipation function is
E - p (2E',j + 2E I + 2E.-* + % + F% +
22
where the Ei, are the components of the deformation velocities and the rigidity
coefficient at ~-V
where a- . and Ei are the iaten-ities of the atresees and deformation velocities
respectively. The first example is two concentric cylinders of radii r, and r.

L 14955-66
ACC NR, AT6004i2-1
rotating with angular velocities ejIand W2 (1 and 2 refer to the inner and outer
cylinder respectively) between which is a viscous liquid. It is kound that the work
expended per unit time in rotating the cylinders is
-g)' r' r2
The second example lip a flange detormed by extrusion of sheet netal (see Fig. I).
Fig. 1. Deformation of
flange by extrusion.
The work expended per unit tine in deforming the flange is
V. hr. In
ro
where a. and V. are the radial streis and velocity field at ro and h is the depth o'L
the drawn cup. Orig. art. has: 16 equations and 2 diagrams.
M CODE3 20/ MIA DATEt none/ ORIG RLTs 002

WV ir.
4W PffASK I BOOK EXPWMTION SOV/1475
Makushenko, Georgiy Tikhonovich, and,ban Pavlovich Novichenko
ZazMgmtellnyye aredstva i protivopothernaya zashchita (incendiary Devices
and Fire Prevention) Moscow, Izd-vo DOW, 1958. 44 P. 75,000 copies
printed.
Ed.: Kaaevskay,%, M.D.; Thch. Ed.t Gernsimovat V.N.
PURFOSC: This book is intended for air-raid defense instructors attached to
DOSAAF and may be used by members of air-mid defense organizations,
COVEFAGS: The book gives a general description of the characteristics and
operating principle of modern incendiary devices, means and methods of fire
extinguishment, personal safety techniques aad civil defense procedures in
case of fires. No personalities are mentioned. There are no references.
Card 1/2
InI ra.L
4-30-so

BABKIN, I.A.; BOGOLYUBSKIY. G.N.; BURLINOV, I.I.; VOZNXSXliSKIY. V.V.:
DANILYUK, V.S.; ZAPOL'SKIY. G.N.; ZUBKIN, A.S.; ILIYASHEV, A.S.;
KIPRIYAH, K.M.; KO'iEaAT'YEV, P.V.; KOWIXV, N.D.; LEBZDF-VA.
Tu.A.-, HAKAROV, Tu.K.; HIROSHNIKOV, I.P.: NOVICILENKO, I.P.;
POPOV, A.V.; SMMRYAKOV, V.A.; KANEVSKAYA7,W.D., red.; abffmov.
B.I., tekhn.red.
[Protecting the public from present-day means of destniction;
a textbook for organizations of the All.-Union Voluntary Society for
the Promotion of the Army. Aviation, and Navy] Zashchita nasoleniia
ot sovremennykh aredetv porazhaniia; uchebnoe posoble d1la or.gnni-
zatsit Vseaoyuzno.-o dobrovollnogo obshchestva sodeystviya rirmil
aviatsil i flotu. Moskva. Izd-vo DOSAAF, 1958. )3); p. (MIRA 1;J4)
(Civil defense)

SNDRODIN, I.; hOTICHERKO, I.
How to train in methods of extingnishine Incendiary materials.
Voen. znan. 34 no.8:20-21 Ag 158. (KIRA 11:12)
(Fire extinction)

BOGOLYUBSKIY, G. N. ; BURLINOV, 1. 1. ; VINOGRADOV, L. V. ; V0ZUFZENSKIY,
V.V.; DANILTUK, V.S.; ZUBKIN, A.S.; 11.1YASHEV, A.S.; KORABLEV,
M.D.; LEBEDEVA, YU.A.; MAKAROV, Yu.K.; MIMSfUlIKOV, I.P.;
LOVICHENKO.-" ; POPOV, A.V.; SEREBRAKOV, V.A.;VARENNIKOV,
I.S., red.; GODINER, F.Ye., red.; SORKIN, M.Z., tekhn. red.
[Protecting the population from present-day means of
destruction] 7ashchita naselenila ot sovremennykh sredstv Po-
razheniia; uchebnoe posobie dlia organizatsii DOSAA.F. Pod ob-
shchei red. I.S.Varennikova i L.'J.Vinogradova. lzd.2., perer.
I dop. Moskva, lzd-vo DOSAAF, 1962. 251. p. (MIRA 16:4)
(Civil derenso-)

PHASE I F300K EXPLOITATION SOV~6426
Bogolyubskiy, G. N., 1. 1. Burlinov, L. V, Vinogradov, V, V. Vozncsenskiy,
V. _SDanjjyuk,-A. S. Zubkin, A. S. ll'yashev, M. D. Korablev. Yu. A.
Lebedeva, Yu. K. Makarov, 1. P. Nfiroshnikov, 1. P. Novichenko, A. V.
Popov,and V. A. Serebryakov
Zashchita naselenlya ot sovremennykh oredstv porazheniya. uchebnoye
posobtye dlya organizataii DOSAAF (Protection of the Population From
Modern Means of Destruction. Handbook for DOSAAF Organt"tions)
2d ed. . rev. and enI. Moscow, DOSAAF, 1963. 254 p. 450.000 copies
printed.
Sponsoring Agency: Vaeaoyuznoye ordena krasnogo znameni Dobrovol'noye
obshchestvo sodeystviya armii, aviataii i floty.
Eds. (Title page): 1. S. Varennikov and L- V. Vinogradov. Compilers: M. D.
Korablev and Yu. A. Lebedeva, Ed. : F. Ye. Godiner, Tech. Ed. : M. Z.
Sorkin.
Card I/P

IiOVICHMIKO, P.
Academic conference on problems of finance and bwginess accounting.
Vop. skon. no.3:55-62 Mr '6o. (MIRA 13:2)
(Finance-Cong,resses)

I I ~ ; ~ i ,
;o0
-L
NOVICH"K0, P.
Accounting and anAlysin for the restoration of used oil. Bukhg.
uchet 14 ri.e.161 no.9:23-2,9 157. (MIRA ln:10)
(Machinery--Maintenance and repair)

25:,5)
A i 0 R Novichenko, F.F.
TITLE:
Indus trial Equ i ilm(jri
in i z i ng
PERIODICAL: 1141ash i nos t rcj
ABSTRACT: 'lie ntrtcle
t S.
At ;)re sent. , Li :,,:Jde
nyy zavod 'meni V.i.
Works Imen! V. 1. Lori in) for' 6
costs I or ~3 timQs mopi., ~)rif,, rr, 1,
tool :D1 ant. Sir-ice z e S
some ste-,s b(-en -1;,,,.e11 70 e I: r :-,z
eciully I e d r
in ~)Iunts esl)
I)I%st'' sc,
Moscow , 0
s t --ink o s t r o i t e 1
to do t.-.p re:.air of A:.
C"ard 1/3 cl-~ange ~)udi I S I 11,-o', j--,

Cent ra I iz at ion and
Equipment is an Im:=tant if !~c
t"'is pool,

-a,n6e for c~*_~,t~s t,
c
Indus~ry and fool 1 1 -ir,*. 6 1,. i , :,,Ive 1,
repair shups
S 0 v;
area has ten c 'ii i ze i ri t. s f c, r r,, re
parts for the ~,r~ lus tr~, riG i MI,) s c o vi
but. also f-~r
and -,oultrv 1 --:3 r* e e ri c ne -

a,,, t s u r: e
b u I
ML~CK Still '.tj . tne
-on-` ticnzs Ft.,
favor~ible i1 tt~e
e 1 1
town, t:;ere S i i, an z, e s
on ~,rori i,,- t ri
latl~es. -2 n I i Sr %,:.,11
use ~;f -ic! I
Card 213 S o v,-, -_i _r -'K h ) zs ci r. I n,,, j n, n e r~ .:-;n

Centralization and
Equipment is an Important
rei,air I. v:. -ted
12
it. To
s u I t s , Li t t-. i
be ~; o or 1: i. ed v
dual
Card 3/3

NGVICHENKO, V,F,
AutAmatir. viocoalmeter of diocret action. a, Im. vo 1 - k-. n- . 1~ :
63--04 161. (: f.,r; ,;, i.. - , , ,
1. Kuijtlinayskiy zavod isk-usstvennogo volokn-&.
(Viscosimeter)

,rKAGHENKO, G.P., insh.; N(YVICHFNKO, V.Ye.
Rolling of cones with periodical turns of billets. Fhim.ma3hinostr.
no.507 S-0 063. (MIRA 16:10)

L 3b146-66
T=4_'_Xi60163l6
SWRCS COM PJR/0102/6-6ioo(-)!00liOO38/004U
AMOR: Tkachenko, G. P., Hcvichanko, V. Ye.
ORG: none
TITLE: kiechanization of the loading and unloading of container-b-ottow shapes from
furnace
SOURCE: Kuznechno-shtsWovachnoye proievodstvo, no.1, 1966, 38-40
TOPIC TAGS: conveying equipment, heat treat furnAce. metal forning machine tool,
metallurgic research
ABSTRACT: In recent years there has occurred a rise in the dem%nd for convex
(spherical, flanged and elliptical), relatively thick large-diameter container
bottoms used in the production of chemical and petroleum apparatus, bottom-pour
teeming ladles, bessemer converters, etc. These bottoma are finished In hot state tq,
special foruing machines, but prior to that they aust be reheated in a furnace. The
high temperature of the billet (,-1100%). as well as its intense heat radisti(M and
distinctive shape complicate the mechanization of its conveyance to the heating fur-
nace and thence to the forming machine. This problem was rcsolvi-,i to love 91tent b7
Lcord 1/4 UDC: 621.783___

- L _36146-66
ACC NR, AP6016316
the development of a trolley-type feeder (Baluyev, M. P., Tkachenko, G. P.,
Kuznechno-shtampovachnoye proizvodstvo, 1964, no 2) for a single furnace but sub-
sequently there arose the need for a feeder that could tend at least four posts --
two heating furnaces, the forming machine and the storage area. Accordingly the
authore describe a special conveying system developed for this purpose (Fig. 1) and
IA
Convoying systm
Cord 2/4

L 3614~'-,A
ACC N"- AP6016316
experimnntally operated at the Volgograd Petroleum Machine Building Plant imeni
Petrov. Mounted an frame I and vertical axle 2 Is horizontal axle 15 which enables
rail track 4 to turn not only in the horicontal but also in the vertical plane.
Carriage-trolley 6. traveling an rail track 4, is equipped with grab@ 5 for clamping
the load. The operation of the vachine is illustrated in Fig. 2: an overhead crane
Fig. 2. Placement of conv*yiag wyatl= im container-
boctom-foraing department
Opq
deposits the bottom in storage area 4. Conveying ayatetu 1 revolves in the horizontel
plane and descends in the vertical plane until it occupies a poaftion %+ere Its grsS-
can clamp the bottom. After the bottom is clamped, the corrisgi risee together Wit!-
LCa,d 3/4 - __ --- ____ j

L 36146-66
ACC NRI AP60t6316
the bottom and rolls back toward the center, whereupon the entire system. rotnten
like a turntable tn the horizontal plane about the vertical axle until the bottom
faces furnace 3 and can be deposited in it. After heating, tha bottom to In th"
same manner withdrawn from the furnace and conveyed to forming machine Z. The
entire system is operated from a contr?t panel. It can lift hot bottoms weighing
up to 10 tons and measuring up to 20 m in area, 1.6-5.2 m in diameter and up to 80
mm in thickness, and it can convey them at the necessary speed (20 a/min) ovor a
distance of up to 25 w between the furnace and the forming machin,). The syntem can
be adapted to the conveyance of other shapes and #ices of products. Orig. art. host
q C4..A~ftm-

14OVICILRIKO inzh.; KOSSOV, Ye.V., inzh.
.-- ,, Ya. Z. p
The SZP-/+7 gredh and grass press planter. Trakt. i aelikhozzu0b.
33 no.1:29-30 o1a 163. (RIM 16:3)
(Drill (Agriculturs.1 implement))

: I !.. I , I I ~,, .
.
I .1 .., - -
L;. r..[ . . "I , . 1 . , I . . . .
,.- ; . , t". .

SOVICH&JOY K.I., takhnik.
- --. " , " "", - -1
New design of oper; tion counters for valve-type lightning Pxrenter~.
Energatik 4 no.12:?4--25 D '56. (11,L.U 10: 1)
(Eler;tric meters)

S /()(10/009/0 34/053
D24 9/1) 302
AUTHOR: Novichenok, L.N.
TITLE: Investigating in vacuum a ther-:.4~;tor constituting
part of an alectric circ~;it
PERIODICAL: Referativnyy zhurnal. Avlomatika JL* radioelektronika,
no. 9, 1961, 19, abstract 9 D120 (V sb. Claterialy
konferentsii molodyi,.Ii ucheny:,h '6 [ISSR, Ser. tekh.
i yestestv n. , Minsk. a,,i JS'SR L91)0, 59-62)
TEXT: Thermistors types iQ,IT.l and INT-1 were in-
vestigated at pressures of 3 x LO-3, 3 x LO-2 3 x 10-1, 3, 100, 300,
500 and 750 mm, of Hg inside a glass cylinder maintained at a const-
ant temperature of 200C. To avoid excessive heat iosses the connec-
tion to a thermistor consisted of a t~iLn wire ani platinum seal-in.
From the static volt-ampere characterist,"(.s o1_)taineJ. tables were
drai.m which allow the following reLations to be constructed: a) The
volt-ampere characteristic, U ~ f(l); b) Power dissipated versus the
Card L/2

S / Lc)',,, 6 1-,'000/009/034/053
Investigating in vacuum... D249,1) 30 2
tCMDerature difference between the transistor ard the surrounding
medium, P = f(T - 0) at different pi-cssures; aiid c) Mean dissipation
coefficient LXF versus pressure, under ste::.(1y tcmperature conditions
,,rith (T - 9) - const, P is a function of pressure. The non-linear
character of the relation P - f(T - 0 indlicales that for large
( T - 0) heat dissipation is by ra6iation. From the relation be-
tween 0,.,F and pressure it is seen t'Liat the former is pressure depen-
dent. The characteristics obtaine(! sl.ow that the thermistors KMT-1
and KIN-11 are sensitive to prestiure variattons of the surrounding
medium and so, can be used for vaci,um i-iea.,'*1_1re1'1OT1z. A possible appli-
cation of the transistors to the study of exc~)ange with a gas-
eous medium is indicated. 3 figures Z_,-k~'-stiacrpr s note: Com-
plete translation2
Card 2/2

NOVICHENOK, L.N.
y method for the determination of thermophysical
Nons ta tionar-
properties of varnish and paint cnatings. Inzh.-fiz. zhur. 6
no.9:35-39 S 163. (MIPA lt~,:8)
1. Institut teplo- i massoohmena, AN BSSR, Minsk.

84316
2 4. V7- jj~Lj, 0121, IrIl S/ 170/60/00 5/00')/0 101020
3Q'/-"/B060
AUTHOR3: VerzhinBkaya, A. B., Novichenok, L. 11,
A New Universal Metho~_~ rmin~
TITLE: d o De'te in~, ~rmophysical
Coef f ic ien t 13-
PERIODICAL: Inzhenerno-fizicheskly zhurnal, 1960, Vol. 5, No.
pp. 65-66
TEXT: The way of determining the thermal conductivity and thermal lif-
fusivity proposed here is based on the rules governing an unsteady heat-
ing of two unilaterally bounded and infinitely long rods having a heat
source of constant power at their point of contact. The method, which is
most simple and reliable, has been proposedby A. V~ Lyko , Academician
of the AS BSSR (Ref. 1). The solution and analysis of the one-dimensional
heat conduction equation under appropriate boundary conditions form the
theoretical basis. In the first part of the present paper, the authors
discuss the theory of the system consiJered here, and the experimental
methods are dealt with in the second part. Fig. 1 shows a scheme of the
simple experimental arrangement, and Table 1 compares the thermodynamic
Card 1/2

8016
A flew Universal Method of Determining S/ 170/60/oi-; "/009/Dio/020
Thermophysical Coefficients B019/BO60
values found thereby with those contained in publicationb for plexiglqfls,
foam plastics, and quartz sand . The agreement found is satisfactory.
There are 3 figures, I table, and 4 references: 3 Soviet. and I Italian.
ASSOCIATION: Inntitut energetiki AN BSSR, g. Minsk
(InatltutO Of Power Engineering AS B3SR, Minsk)
SUBMITTED:
April 11, 1960
Card 2/2

MOVICHEV. A.D., kandidat skonomicheakikh nauk.
The situation and fitniegle of the ind,is)trial proletRriat of Tilrkmy
in 1934-1939. Uch.cap.1-on.un.no.195:3-39 156. (KI-IIA 10:2)
(Twkejr--Zconamic conditions)

NOVICHW, Aron Davydovich; PETTRUSHUSKIT, I.P.. otv.red.; DIZM, I.H.,
L.T., takhn.red.
(Ponanntry of Turkey in the recent period] Krestlianstvo Turtsli
v novaishee vremia. Koskva, Itd-vo vostochnol lit-ry, 1959.
288 P. (MIRA 12:12)
(Turkey--Peasantry)

NOVIM.VA, A. URALEVA, V. S., G!1d URIUiROVA, N- A.
"The Results or Ueivg Antiphage Serum in Order to Improve the
Bacteriological Diagnosis of Brucellosis in Humans," by A. S.
Favicheva, V. S. Uraleva, and N. A. Cernenkova, Rostov-na-Donu
Institute, Ministry of Health USSR, Zhurnal Mikrobiologii,
Epidemiologii I Immunobiologit, No 10, Oct 56, pp 57-62
(Comment: The Rostcyv-na-Donu Institute mentioned above in the
Rosto,r-na-Donu State Scientific-Research Antiplague Institute.]
Due to the difficulty in isolating Brucella from material taken from
human patients and the retarded growth of the first generation of such
pathogens, ascribed by Drozhevkina to the presence of brucellosts phage
in brucellosis patients, research was conducted on suppressing the action
of such phage. Similar problems concerning the suppression of phage ac-
tivity had been encountered in previous experiments by Rubashkina, Zhak,
Zhukov-Verezhnikov, Favarlsova, Mar'inap Dolomanova, Bibikova, Yermollyeva,
Yakobson,, and Gaydamaka. These investigators resolved this problem by the
use of plague, dysentery, typhoid, and cholera antiphage sera, thereby
significantly increasing the percentage of positive cultures of the respec-
tive pathogens isolated.
"Drozhevkina was the first person to obtain brucellosis antiphage
serum. Experimental tests carried out by her revealed the prospects of
utilizing the antiphage serum to Improve the bacteriological diagnosis of
brucellosia."

"The work described in this report was designed to resolve the ques-
tion as to the efficacy of the practical utilization of the brucellosis
antiphage serum to diagnose the disease in humans .... The serum was used
in carrying out bacteriological examinations of the blood of brucellosis
patients hospitalized for treatment at the Faculty Therapeutic Clinic of
the Rostov Medical Institut!7. Analogous work was carried out in investi-
gations of patients undergoing observation at the Rostov Oblast Anti-
brucellosis Station. A method of sowing the blood on solid and in liquid
nutrient media with and without the addition of brucellosis antiphage
serum was utilized In order to obtain hemocultures of Brucella."
The procedures used in tests on samples obtained from 80 patients
are fully described. The results of the experiments are presented on
three tables. Two photomicrographs Illustrate the article. Ten Soviet
references are cited, among them the 1941, volume 2; 1946, vDlume 5; and
1955, volume 9 Trudy Rostovskogo-na-Donu Gosudarstvennogo Nauchno-
Issledovatel's _o Protivochumnogo Irstituta (Works of the Rostcrv~na-Don
State Scientific-Research Antiplague Iastl e).

On the basis of the work described, the following conclusions were
reached:
"l- The addition of brucellosis antiphnge serum to the nutrient
media significantly Improves the bacteriological diagnosis of brurellosis
in humans since:
"a. It increases Ih- frequ-nry of isolation of hemocultures of
1 .7 times ;
"b. it makes it poscible to obtain hemoculturec of Brucella
stages of th~- disensp;
c. it accelerates the growth of the first generation of Bru-
both in liquid and on solid nutrient media.
"2. On the basis of the work conducted, the extensive use of anti-
phage serum to improve the bacteriological diagnosis of brucellociG ts
recommended ."

NOVICHIKEIN, V. A., Cand Tech gel -- "Stu,ly of the pro-
~;1.111_ ill I,, , "
cess of .'stdrk of W" agricultural roller- bon pe~Aty 30JIS." Minsk,
I
1958. 12 pp (Acad Sel Belorussian SOOR, Department of Phys-1,11ath
and Tech Sci) , 150 copies (KI,, 108)
_43-

VAISEPURO, M.Ye. prof.; FATSYGDI, V.V., kana. tekh., .
MWAROVA, N.A., ~ar-rl. tekhr.. nauk; V.A.,
kand.tekhn. nauk; YANUSHKEVICH, B.N., kand. tekhn.
nauk; K~OVIKOVA, H., red.; REMIK, T., red.;
TIMOSHCHUK, R., tekhn. red.
[Problems of the technology of mechanized farm proauc-
tionj VoproLy tekhnologil mr-,kh,,.-nIzIrovannogo se-'I'sko-
khoziaintvennogo pr-oAzvn(J.,;tva- Go:;.i',,,,;-vo sell-
khoz.lit-ry tif".Sli. Flt. 1. 1CO;". (MMA 17: 1)
1. TSentrallrO7 nauchno-issledovatel'okiy institut me-
khanizatsii i ;--Iektrifikii sii sk~,gc khozyaystva ne-
chernozerr.nw., zony nauctmo-
lssledovatellskiy institut r---khanizat,,~ii i elektrifika-
ts1i sellsk~-,~o k-ozyaystva nechemozennoy zarV SSSR
ygln, -&ka:-~Va,
(for matsepu-o, KELT~r Novichikhin,
Yarrushkevich ., .