SCIENTIFIC ABSTRACT KUPLETSKAYA, N. B. - KUPPO, V. K.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000927610007-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Investigation of the Absorption Spectra of the SOV/20-125-4-32/74
Alkylimines of o-Oxycarbonyl Compounds
as adetyl acetone, salioyluldehyde, o-oxyacetophenorie,
A-oxynaphthaldehyde and their alkylimines (Ref 3). All
mentioned compounds form hydrogen bonds of different type and
strength. In order to determine the initially mentioned changes
in the spectrum which are due to the formation of a hydrogen
bond, the electron spectra were investigated in different
solvents. It was found that in addenda containing only hydrogen
as donor atoms the hydrogen bond does not cause a remarkable
variation of the spectrum character: only some main bonds are
shifted in the direction of the long waves. However, in addenda
as alkylimines of salicylaldchyde and o-oxyacetophenone a new
bond appears within the range of 25000'cm- 1. Its occurrence
and intensity are determined by the used solvents. In inert
solvents (isooctane, carbon tetrachloride) the spectra of
alkylimines are similar to those of oxygen compounds not only
with respect to their character but also with respect to the
position of the absorption bonds. In this case the hydrogen -1
bond appears also as a shift of the main bands by 1500-2000 cm
Card 2/4 in the red direction (Table 1). There is a great difference

!:-vesti,~ation of the Absorption Spectra of the jOV/20-125-4-32/-14
Al~tyliminea of o-Oxycarbonyl Compounds
between the spectm of the two last mentioned alkylimines in
polar solvents and those in inert solvents, and thus there is
also a considerable difference between them and the spectra of
oxygen compounds. The above investigation shows that a direct
comparison of the spectra of such addenda as alkyliminos of
attlicylaldehyde and o-oxyacetophenone with the apectra of the
Inner-complex compounds produced from them is permissible if
spectra in polar solvents are conc,-arned-As the inner-complex
compounds of these two substances are as a rule not soluble
in inert solvents and as it is necessary to take their spectra
in chloroform and alcohol for the Furpose of determining the
form of bond it in advisable to iiake use of the comparison
between alkyl:Lmines and spectra i 'n not polar substances. In
the case of "ionic" compounds it is of advantage to determine
in not polar solventn the relative strength as a function of
the spectrum of the methyl enter of the addendum concerned,
i. a. as a function of such a spectrum that is not changed
under the action of inner- or intramolecular interactions.
There are 3 figures, 2 tables, and 5 references, 1(2) of which
Card 3/4 are Soviet.

KAZITSYNA9 L.A.; KUPILE~TTSKAYA POLSTYANKO, L.L.; KIKOTI, B*S*;
-Tu-. TE ZJIT
KOLESNIK, TERZIITIYEV, A.P.
Ultraviolet absorption ispectra, of alkyl imines of acetylacetone and
,6-hyclroxynaphthaldehyde. Zhur. ob. khim. 31 no.1:313-323 A 161.
(MIRA 1411)
1, Mookovskly gosudarstvenn7y unlversitet.
(Haphthaldehyde) (Acetone)
(Imines-Spectra)
KAZI'ISYNA., L.A.; KUPLETSYXIA., 11.13.; KOLESNIK., Yu.A.
Wrared spectra of acetylacetone, nitrogen derivatives. Zhur.ob.
khim. 32 no.5.-1586--1591 It 162.
(Pentanedione) (Nitrogen cOMPOundB-Spectra) (MINA 1515)
g ---,gio 'g

KAZITSYNA, L.A.; KUPLETSSKATA N.B.; PTITSYUA, V.A.; RMOV, O.A.
Double diazonium salts of' monovalent coppPr. Izv.AN SSSR.Otd.
khim.nnuk no.39562-563 Mr 163. (MIRA 16:4)
1. fbekovskiy gosudarstvennyy universitet Im. M.V.Lomoz.,..:-,i.-
(Diazonium compounds) (Copper-OhIts-)

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at I j 4 1 1 1 1 1 lit [I [I 1) 4 1) Ill 1) 4 jb ji 4 a 14 a is ly M sit 3.113 Jim kit 6110141 4; lJol a at"1111
00 A 'A j A L a a r w IF IF #A
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-*a
Ppoicnits intrusions of Africands StAtiOll KoIA .

of Peninsula t. It. NI kljIllkI%Lll. It"p- ~.j ,
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00 Kate on witA. It. %L' Kiwjkj'~klf I It. jil't r, 1'~ eA
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00 011t.1.11 7. 3111~1%Wl A mall still ..... .. .00
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aud apalliv. *1 lie .At, It, all I It,- I,- L. 1. 0
of j tifilin. Bad IVIIICWI)tl Of! 1111AW Of tht'
of " Illastillk. it I nirp 116.1 111;01 its, py"'t, 1111.- '411.1 ,Is, 11111'.
00 wriv I.-Illit"I [:..Ill sit 1111-1-a- .1.1. 11 1'.4, 1--,-
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q 00
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gal ik I - ~* 0 0 IS 0 0 * 6 * 0 a 0
" jpes?
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& a L 4 L 1 6 L A ft p I a I V I I I L &A a 'c to U t f I t 4
00
'00.
00 4 - Mitgrials on the m1croscopk dudy of the meteorites of
- the U b S.R, 1. A stosy meteorite Pervoinaphy
00 Postiolt, JV W f;ipj?ltt*kJL Alitior0iiia, Mad, Aamk.
SX-1.R. 1,-53 7rl%411~~Tbe ameorite 6 cLA%wl as Art Roe
enstatitt-schondrite o( the aubrite Uoup. Micrometric
Analysis shows enstAtite 97.91. masitelytilte 6 94, nickel-
irm 2.97, troilite 2.95. chromite 0.33170. It. A *Way roe
00 meteorite Starole Patianolo. B. M. Kupletskil and 1. A. 31.2, arts 114.2, V-ndmAss 23.1%. 'through 'M her
Ostrovskil. 114d. 50-62.-The meteorite 6 an enstatile. Nlic-liael F1t6c
Rchiporlille, %flemmictric anslysh thaws vn6litfi(c IN' see
'Plivitic 61 ulbite 3, trollito and rnatitteclic 2"j, Opik-al
dAIR show tile cult.111te to) be purt NINS101. tha ollvine to
IIC 16191 4Fft NO.. 111. The Saratoy stone metawito. 0 o
W M. Kupletakil. Ibid. 2, 75-81(1941).-Miciometric
ineasturments are given for 4 stony nittearites. The 0 0
S.Mtov stun* is a chundrite cmig. alivine 27.3. brousite
see
igloo
1.7
age
A SITAILLUNGICAL tIIIIATUNI CLAS%WKAVION
I.so"I ..0 W, _5 I ilTir-
'WO '0 vim 84-)d) a 3 a I
pir 9061 Kit lilt VIUCI 49NKW" I i" dMO
a 0 0 00 goo, '!A

00 00 00 0*00 0* 00 **** 041W
il
o
4 &Ll(.,JfJAL*N I I I V V I A I I AA Of 60 U

so

of
0 *

ti .69
x now W depWts In the middle Ur4lo. 11. M. Xupkt-
Oe
4) BU' ptgW. ". scs. U. R. S. S. 40, WO-7(1943)
(in -A 4etalkd mhm*Jo" 41-06011 of W
on taitstbotctatmiurshissiven. ThtW4x",XvUf

Ohio"
in in gmite xM we usujLUY aswwd. with ray
4V
rite Of 11--itt
with
W
h
d b
.
I an
e. rw
ow
Pr
y
In the South Kane
W onl
l
W d
b
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wers
ow
cpom
y
orkshk

k�"rWg &b-. a
00
01,

ILI ..It 4 '(Wirscat.c. f tie 0

1 f
it .

0 0 0 0 0 0 4 0 0 00 10 1o 0 0 0 0 0 0 0 6 a 0 0 0 0 0 0 0
00 *1* 0 of IN 04 0 0.* 0 0 0 0 0 0 0 0 06 0 0 a 0
0 0 0 9i

Ole 0 0 0 0 0 0 6 o 0 o e a 09 0
Is
all 10010001tosot
)9
11 m oos 4 @
r
g
A
A r
A P 4 It I - 1 9 1
1-1- Y.
4
I AA M U to (11 1 A o
,
so .
0
-00

of -00
** 'Oo
00 A qU4Atitatl1'S-9n3V*rAJoj1C4J CIA41tifiCatWa Q( the IeMpfa~ '00
Pblrf~$ And their origisk, It.
00
"I. V j4d. 1444, 5, uA
t miniiwkryl- An stirmt-1 w i-1-tfv th~ th

Nikiii, tit 4114 ST11,111WId MA AlkAb Wrle, Otsogfolf1j, w11,
:
.4 the twit -Ii" Alf S 1-04

c;0 0

kI
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too
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I Cwt
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LT `43 L%
pf roplo off( wit offf PC
000'0 0 0 46
:T"m
0 2 2
; : 0 to i0 0 0 0 0 0 0 16 0 0 0 - - - '21A

gy
A 141 Q A I I IF V I -j I_ 1. AA 94 U IP
It Ilse ovoidal granalf-snessits PI the mAmints gold-off I
Middle 11FAW It. %1. kit-iAll ;
N, .1ur, J-AtStob,;
00 lia) -Ghliomm (,u... a 1k, 15-111 Isis) Ic - -
tvirca verkilic-Odilmous whol, slut lik'll"itill plailipKtow~k
go -tit.
*0
000
06"!
00,
.190, ASJI-11.4 OSTALLURUCAL U11126441 CLAsSOPKATICk
!!.!Vey .1; a.. 4;44
U 6% 4v 03 At Ti 't- (-v - I , I . r- -7- , r - . --- ---- -- - I--- --
~q ; t, 1, 49 9 a 19 9 :T-., I- A"I! U Iff Im 5
OT
0
0 0
: or:
:1
--- -
a a 3 1 1
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00
1;0 0
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00
pi's
0 0
0 0 0 0 0 0 0 0 0 0
0 91, 0 0 0 0 0 0 0 0 0 9 0 0
0 0 0_0_0_0_- - ---
: :-: : :
0 0 0 0 0 0 0 0 0 b 000 0 0

Mean an " st 10 a 601741tion of
Wits. SaukS.-SNal.
so. 33, 02141I.-The quAnt.
triblerskj"I claWfintion (ruled. ft."ll the mod,) of th,
granittAtts 6 represented In a teltabrilron with the apexes
qtwtg. p6glocUse. colored. and &etc-.*my tnincta)
Five smetiotts through this 11CUAC111`0111 are chown fV
plotting In a plane chagram. V~~d cm the TAtl~ K-tchl-
:par:aum td leldipars. The sertkirl for O-W'; X-Idd-
put, W17o plagioclase Includes difffiftl, tOnAlitCl, p6lpo-
claw granites, and trondhjrnitin. In file sectioli with
10-30% K4cldspar are Inclutird diorites am) CrAnodw.
files. In that with 30-(V)':; K4ctdspar
ta-InMUMItes. ada"wilit". and CrAtlitell PrOpcf. ill
lut with 6(),-8D% K4ckbper sycidirs. shiltikiniles. 4nd
%
granites. The extretne group with K-feWspat
are Ar"Ites, aliull atul aWkilic grAnites, According fit
the quarts content, are clamelfwd: byenitts. dimitCO, AM)
monumites with quAfti; quArts-dioriles.tte., with
SAO% quaitz; granudwrites, graiionyenit", AffAindfit-
with 16-25'!~ quartz; granites prolicr slid grwiMitmites
%ith 25--W~ quarts; and with ittore thAn 45', quarts
the highly tifirevus. Irucuffatic Kiriwas. etc. Suitwirar
data rat given for the wt. % rompli. of grattilciiAls. c4l, d ~
as averages of shout l(0) analyses. arranged in their pro-
*tions In different w-cilons through the fetraltedraci
The av. rcnnpn. of the granites of the wnrll (inc-lu-Iing
gir.n.dicirites) 6 c-npreJ with thAt of lite "granite
eutectic" (Vor !ikP#1kr NerAlt Vsdemikap -Ahad.
0110. 1. Mdl.-Pwl~rll. Klatit 1926. No. 4; C A. 'li;' 711)
and the throrctic-al cottipti. given by Cliout. PevograpAy
and 110akfy IQJ2. p 12-5. The agreement Is very
salisfaclory, W. Ritel
Op",

1dis J01PAPIUJI Lilt bi It is it a 111 1,
I I IF it if to k it it it Is if 0, 111& U
A N Cr W U
I 1 4 1
F A A 1
1 k V
I I
t
I It It it It 0
-
4
A
.
.
-
,
-
j I _&
(,eflial
plixtsitt ..D 11'"14f I I
oft

quallfiWITO MLnerelogIC&I cOmP06111tin tit jvjdjp4jh01.j '.00
rocils.
R-s-s ~ re,#,l
S2
-N-54) 1111t
00
.
dre M
1 .00
1
1
Kitla A Vim
-00

.
11 ''Zoo
IF* 0
large
:Noe
t:oo
-,go
A 1 0 - I L ADITALLLIRGKAL LIMATWE CLASUIPICATICIs
ire 0
L
a j,
III so -3 a G
3
w p it it 'I x kW a I
0 0 0 0
9 0 * Ol 0 0 9 0 0 0 0 0 0 0 0 0 0
e 0 0 0 * 00 oe 1*0 *0 *0

0 0 o 0 000 0 0 0 0 0 o 0 0 o 0 1

A L E,
00
00 00
-a The mtfilitk rocks of Cho alkshno complex of the Knolt so
I of the Kola poulamulat. is. NI. XUOV440. /~,,q
100 -00
.
I #J. Nawk S.A.S.R.. Ser.
09 rhe chAr,,cted-th,, athe itirldite ftwk- tit the Fl-'k I-W-10 -00
00 Are givrol. The 4-14~ crilefic relati4ml I It".1 -I Is .4 - 00
1. .14"A's
All'I l1w 1-Il"Nvo, .,1- *0
00
go
o Cp fee
0 *

00
Go
00
-00

ago
be 0

A'. It a W.- i

too
-13 It
z, 4W.
0 0 0 0 0 0 0 0 0 0 0 0
g! 0 0 0

KUPLETSKIY, B. M.
PA 43/43T07-
umlaka Feb 1948
Tacton
"Origin of Alkaline Granites In Kola Taniusula," B.
H. Mxpletskly,'A. A. Chumakow, Zola Sol Res Bass law
S. H. Kirov, Acad Sol USSR, 3 pp
"Dok Aked Nank SM, Nova Bar" Vol L3X, No 4
Describes ressaroh on alks"Ine gpanites In the Zaped-
nyye Neyvi region of Kola, Peninsula and gives details
of their goologlo struature and properties. SubmN-
ted by Madamiclan D. S. Belyankinp I Deo 1947.

EUPLETSKIT, B.M.
quantitative mineralogical composition of granitoids. (In: Akade-
mila nauk SSSR. Voprosy petrografti I minoralogii. Moskva, 1953.
Vol. 1. P.153-i66) (KM 7M
(Granite)

15-57-5-5690
Translation from: Referativnyy zhurnal, Geologiya, 1957, Nr 5,
p 1 (USSR)
AUTHOR: Ku p1 e
TITLE: The Classification of Extrusive Rocks in RUBsia Before 1917
(Klassifikatsiya izverzhennykh gornykh porod v Rossii
do 1917 g)
PERIODICAL: V sb: Ocherki po istorii geol. znaniy. Nr 5, Moscow,
AN SSSR, 1956, pp 228-238.
ABSTRACT: The study of rocks, or petrography, became an independent
geological science after the invention of the polarized
microscope (1870). isolated primitive attempts at the
classification of' rocks according to external and, in
part, to chemical characteristics are to be found even
In the 18th century. At the beginning of the 19th
century the most detailed classification of rocks was
that of V. M. Severgin. A thorough classification of
Card 1/4 extrusive rocks, based on mineralogical principles, was

15-57-5-5690
The Classification of Extrusive Rocks Before 1917 (Cont.)
developed by A. P. Karpinskiy in 1870-1890 (published 1894-1895).
Appearing in Paris in 1699 before the meeting of the Committee for
Rock Nomenclature, A. P. Karpinskiy proposed the genesis of rocks as
the most important index of classification; as the second most
important (but also very essential) index, he proposed their miner-
alogical composition and structure. Karpinskiy cautioned against the
attractions of chemical classification and asserted that.a deeper
knowledge of mineralogical composition would permit accurate con-
clusions pertaining to the chemical composition, and that the miner-
alogical composition and structure were the most essential (next to
genesis) identifying features of rocks. Interest in the chemistry
of extrusive rocks increased in Russia., as in other countrieB, in
the 1890's. In connection with this Interest there appeared numerous
chemical classifications. F. Yu, Lov.Lnson-Lessing was the repre-
sentative of this chemical approach to petrographic phenomena. His
quantitative chemical classification of extrusive rocks was presented
at the seventh meeting of the International Geological Congress in
1897. Extrusive rocks, according to this classification, are divided
Into: 1) ultra-basic or hypo-basites; 2) basic or basites; 3) inter-
Card 2/4

L
Ion 9f true- v(, ~s 1, 1) re 1~.117 (Cmt.
c~ ~c- or mf-.si tes a c 1 ri o r -_i C i 6. 1 r i"t tile Same ti-G. Ye. S,
r t I PC tr:) -
ty u., a
Ive r~::,
u a tl~-,n D!, C,~ tru:- C~ 1; PA S not of' ci-,t;:14cul e~u,,U,
t,? Dil Jlii,~ structurc o~' tzau r:)c.cs.
~],~)I.Ov Ji -)7 t t n t i Z, n to ::~utnoa
t i I c a i c, J:! I o) S t 1 oil of r o c s a I " Cil t a
of the prolnl,~,,,zl o1, thc C~If~.rijcaj -)etrccraphy of
p,1 r C 7U
ss f'iCat-jorjS o t ne t i,.r e e cr en t e s
.,.is2l nctror a no e t hu t A P . Karz-,.-I nskly confined
e m
to a nIn(;rulor-Ical J~,11,1 J,~3 of' classilicatIon and rej-ar,.!ed ti~,e
~i eral oi-ical c-)=)sl tion and s ~,Iu, 'ure us L! e c is v e n tilt-, classifi-
cat--on of roc',.:!-,; S. 7edoro,,, acceptIni- tiie mineraloFical com,
os 1 t~ on us :i socc- a 0
T) r, f e i, ti f ica tion, bar, ed ~d s clas s I f i -
a ti in on t he (ILIJ n tI ta L I V(33 C, he ini c a 1 co itip o s I t I o n arid cypressed this In
U [!eometrIcal .vay: F, -,--u. Levinson-LessinF created a aun t
tative chemical class Al. f'Ica tior -)I' extrusive roc.cs in maEmatle
coefficlents and forMLIlas rcflect, to a cortain extent, the miner-
lo r-i ca 1 c o:-.ip Os I ti 0 n. The formulas ot' v'. Yu. Levinsori-Lessing. wure
Ca~d 3/4

Classifi(.-ation of' Extr:Asivc: Roc',cs T~cforc 1017 (Uont.
extensively used by Russian and Soviet petro[.-raphers for more than
40 years for tile Cie tcrrni na und description o,,' roc:m, anci onl%, ill
recent :e%rs, i'vive ti,.a nctro;-I,nuhic In tile Ifs5li, bcEurl to ~rlm:
out ricre modern calculations of A. Ii. Zavarltokiy.
C,.,

AFANASIYEVI G.D.1 BELIKOVp B.P.; ZALESSKIYp B.V,j KUPLETSKIYI B.M.;
LAPIN, V.V.; PEMOVp V.P.; USTIIEV, Ye,K*
On the tenth annivervary of D.S. Beliankin. Izv. AN SSER.
Ser. geol. 28 no.10:103 0 163. (KRA 16: 1.1)

KAVOITSEV, I.I., inzh.; P01411MV, L.V.; KUPIXTRTSKIT, A.11. '
Making, prnntrounnd arched girdqro in conotruction YlLrdi3.
Bet.1 zhol.-bot. 11Q.--1:33-34 A '6o. (MIIU% 13:5)
(Illshniy-Tagil I-Girdero)

MLEVATSKIY, N., starshiv nauchnyy sotrudnik
Block lifting used in stacking atraw. Hauka i pared. op v sellkhoz.
9 no-7:65-66 J1 '59. (MIRA 12 -. 11)
(Straw)

,I--.- KUPLEVATSKIY. V.
Operating a boiler room without accidents. Bezop.truda v Prcm. 3
no.8:31-32 Ag 159. (MIRA 12:11)
1. Dolgoprudnenakiy zavod krasitele3r.
(Boilera-Safety appliances)

KUPLEVATSKIY,._V,.S.,, inzh.
Design of a precast reinforced concrete foundation for a turbine
set. Energ. stroi. no.27:20-26 162. (-MIR4 15:9)
1, Rostovskoye otdeleniye Voesoyuznogo gosudarstvennogo
proyektnogo instituta "Teploolaktroproyekt".
(Turbines-Foundations) (Precast concrete construction)
(Electric power plants-Equipment and supplies)

IIADEZI[DIII, D.S.; GONCILAROVA, M.V.; KUPLICHYNX0, M.ra.
Preparation of tabln salt b7 cooling brines. Ukr.khim.zhur. 26
no.1:126-131 160. MRA 13:5)
1. Ukrainakly nauchno-Iseledovatellskiy Inetitut solyanoy
promyahlennosti.
(salt)

KUPLICHENKO, M.Ye.; KALININA, I.G.
Stabilization of Iodized Balt. Sbor.nauch.trud.UkrNIISoll no.61
83-86 162. (MIRA 170)

GUICHAEVIA, 1. V. ; KUPLf (,'fMIKO Y-. - LYSPALKO, !". V.
Obtaininr ooaimori fr.-,m 1,1~,t brine of bik,(3 ,~araldy. SI.Por.
nauf,h. tnid. UMIIISoll no.7.-I()5-LO9 1~ " (1-1 1,,,A " Rt I)
li I

AY',rMERG, V.11. .dccaaae,1j0 XUPL.CHTXXO. W.Ye.
Vitamin anrichmRnt of table salt [with numary In English).
Vop.pit 17 2o.4t66-69 Je-Ag 158 (MIRA 11:7)
1. Is Vuenoyuznogo nauchun-teeledovatel'skogo Institute solyannoy
pronyahlennosti (ponalok Imeni 1. Libknekhta Artemovak%o rayona
Stalinakay oblAstij
(VITAMIN C,
enrichment of table salt (Run))
(SODIUM CHLORIDE,
vitamin C enrichment (Rtw))

Cost cSLL:aLc.,~ of' -_,0S'.,-
7 1107
Oc: -s'-
o E -~ st Ac ce

MLUNGV, P.F., Inzhener; GAIGOWYEV, V.N., inzhener.
,~- 1 4-
Haating metal in ring furnaces with rotating hearth bottoms.
Stal' 16 no.2:166-174 7 '56. (WA 9;5)
1. Gipromez.
(Rolling mills) (Metallurgical furnaces)

BELAVIN, Nikolay Ivanovich; ETII!E ~IY V~eniamia ovic 1 KULj2"ICH'
D.D., red.; MEDiIIKOVA, AJI., tekhn. red. �~I~ h
(Rocket weapons on combat vessels] Raketnoe oruzhie boevykh korablei.
Moskvay Voen. izd-vo M-va obor. SSSR, 1961. 166 p. (MM 14:3.1)
(United Statea-Rockete (Ordnance))
(United States-Ordnance, Vaval)

S/liti/62/ooo/006/005/006
E194/E155
AUTHUR: ~~lyanskiy, V.M. , Candidate of Technical Sciences
T1 TL L new pneumatic device for calibrating low-pressure
pick-tips directly on the engine
-1:! 1 (- D"I C,k L :Lnergoinashinostroyaniye, no.0, 1962, 36-37
7--"-'.T: A device for calibrating low-pressure pick-ups, such
as arc uzed to measure gas pressures in internal-combustion engine
testing, has been developed in TsNIDI. It has the advantage that.
during the procedure of calibrating the pick-up, there is no need
to disconnect it either from the engine or from its associated
circuitry. There is a two-soctional receiver with coarse and
fine reading manometers to measure respectively the pressures in
the lower and upper sections, with a special regulating valve
between the two sections. The lower part of the receiver is
charged with an air pump (automobile tyre type) which raises the
pressure to 4 - 5 atm. Air from the lower section passes through
the control valve to the upper section, to establish the pressure
required for calibration. Air can be bled off to atmisphere
Card 1/2

A new pneumatic device for ... 5/114/62/000/006/005/006
E194/EI55
through another manually-controlled valve. The pick-up is
attached to the engine through a three-way tap so that the
pressure in the pick-up can be either the engine pressure or
the calibration pressure, or finally atmospheric pressure to
set the zero line. The equipment can be connected up to the
three-way tap and operated whilst the engine is running and so
the pick-up is readily calibrated. The equipment weighs about
13 kg and has been tested in the laboratory and on engines,
with satisfactory results.
There are 4 figures.
Card 2/2

L 2!')7!&-t6 ARG/EF-,,;(k)-2/EiIP(c)/M(d)/EVIT(I)/EVIP(h)/FBD/FW/EI-U(m)-6/Fc,'-2
ACC N% AM6008538 Monograph IJP(C) __ BC10-
T
1413
Belavin,-Nikolay Ivandvich (Candidate of Technical Sciences); 8-,-/
-5-mikkaylovich (Candidate of Technical Sciences)
Major naval weapons (Glavnoys oruzhiye flota) Moscow, Voyenizdat
H-va obore SSSR9 1965#. 279 p. illus,,# biblio. 4500 copies
printeds
TOPIC TAGS: naval weapon, airborne weapon, antitank weapon, under-
water weapon, antiaircraft weapon, air to surface weapon. weapon
auxiliary equipment, weapon components weapon detivery,'weapoa
launcher, weapon system, guided missile, antisubmarine missile,
air to air missile, ballistic missile, surface to underwater sit-
silos missile guidance, unguided missiles antisubmarine warfare
PURPOSE AHD COVERAGEt This book is based on information published to
non-Soviet and Soviet open literature and to intended for military
and civilian readers Interested in aspects of the development of naval
fleets In general, and In naval rocket weapons in particular.
A review to given of the basic forms of rocket weapons of various
classes and types which are being tested or are already found in
the naval armament of the fleets of the leading capitalist
countries. Particular attention is paid to guided rocket weaponi.
since they are more interesting in a technical sense and show great
UDCt 623.451.8:359

L 25798-66
ACC NRi AH6008538
prospects for use In future combat operations. Tactical and
technical data on modern aLeaLle-armed naval ~hLpjV'1and carrier-
based aircraft are also given, The authors devote a great deal
of space to the opinions of non-Soviet military specialists on
the use of rocket weapons and their delivery systems in futdre
naval combat operations.
TABLE Of CONTENTSi
Author's preface -- 3
Ch, 1. Basic characteristics of the construction of naval rocket
weapon# -- 7
1. The rocket -- 8
2. Storage, food, loading, and firing systems -- 18
3# Rocket flisht-control systene -- 31
Ch. 11. UnguLded rocket weapons 5-- 49
1e Classification and general characteristics of unguided rocket
weapons -- 49
2. Hodern unguided rocket-weapon systems -- 54
Ch, III#
Cord2LC
- - --- -
balliitic missiles 65
I "~,, I j .1-1

L 2.5798-66
ACC Nits AM6008538
--Genera 1-cha racte r is t ics--o f -the- -construction -of-ball-Lat-Le__
missiles -- 65
2'*, The "Polaris" ballistic-missile system -- 68
Ch. IV. Finned and antitank guided missiles -- 81
1. Finned missiles -- 88
2. Antitank guided missiles -- 98
Ch, Vs Antiaircraft guided missiles -- 105
1. Basic characteristics of the arrangement of an antiaircraft
guided-misoLle system -- 105 r
2. Modern antiaircraft guided-utesile systems for ships 113
3, Land-based antiaircraft guidad-mLsoLle systems -- 128
Ch. VI. Airborne guided missiles -- 133
1. Air-to-ground guided-mLsolle systems -- 134
.2.,,, Air-to-air 8uLded-missile systems __ 145
Ch. VlIe Antisubmarine rocket weapons -7 161
1. Antisubmarine rocket-powered underwater weapons systems 162
2. Modern antisubmarine-rocket systems -- 174
Card

L 25798-66
AC NRw AM6008538
Ch, Vill, Naval missile-delivery systems 182
1. Hissile-armed ships -- 184
2. Hissile-&rme-d aircraft -- 223
Ch. IX. The use of missiles in naval combat operations at sea -- 232
It Several characteristics in the use of missiles in combat
operations at sea -- 233
2. The use of missile-armed ships and aircraft in navat
operations -- 238
Appendicesl
Table I* Basic tactical and technical data on the naval rocket
veapons of capitalist countries -- 264
Table 2. Basic tactical and technical data on mLssile-armed
shLps of capitalist countries -- 252
Table 3* Basic tactical and technical data on carrier-based
missile-armed attack bombers -- 274
Table 4. Basic tactical and technical data on carrier-based
missile-armed fighters -- 275
Table 5. Basic tactical and technical data on antisubmarine
carrier-based and land-based patrol aircraft 277
References -- 278
SUB CODEs 15# 16/ SUEM DAM 06Aug65/ ORIG REFI 012/ OTH Wt 015
Card 4/11 6 C~/

KUPLYAYEN, 1 .1-1. ( l/ningra d, 13. Puihkar to lm vi, ii 1 . J. jKv.,
u]. ~".adtstcv, (J.(,, k,,,'.(,
R It, I In Lo'l , ti . 6 , kv. P I S A! ti'; V ~ A. L. ( Mork-l"i J'y I; L- r'1 ",03.
VBcsoyumogo nati(.,htio-inslc-dovittell,,koilf)
GASPAROV, R.G. (Monkva, 1-51, 2-y Kolobowlkiy perf:u](* A. kv. 18)
1101-011, 13. 1. ( Irkutsk, 13, D(,,povsl~ iy ptrew A ok, 6 -?3 , ki..') I jfl-1411'y.~)V"
B.A. (Moskva, Ye-77, Sredne-Pervomayskay-t -u 1. d. i 3, kv.,'
';17, kv.-
G.M. (Morsk-va, 1-110, B. Spati:ikaya, d. 15.1 .-M., YR!-TEl"-!.'
(Migorod, 7akurpatsknyu obl., u1. KonmOd(-mlyaymkoj, d./,,
SIDORENKO; A.P. (Leningrad, ul. Frunze, d.15, kv.38); SPIHIDOT(N, !,.V.
(Leninf,rad, ul. Frunze, d.15, kv.38'); SEIRI-TA, P.A. 040skva);
IL'IN, V.F.; PELITSMAN, L.N.; DAN111VICH, A.I. (Klvarlkov, Pl-khanovskiy
pereulok, d.9a, kv.2); FdlltC-,NYO, L.T. (Kharlkov, Yleklmnw,;8kiy pereulck,
d.920 kv.2); LYKOV, M.V. (M:)skva, lj--ninskiy prospekt, (1.55~;
PYBItLIC1111"NKO, G*F~ (Vloskva, ImnJ.ni3kJy pronpekt, d.55); ROYFO, V.F.
(Leningrad, M-142, ul. Tipanova, d.3, kv.130); KITAYEV, G.I. (Ghely-a-
binsk, Smolonskaya ul. d.4); SKLYAROV, A.Ye. (Novocherkagsk, Rontov-
skoy obl. pos. Oktyabrlskly, Gvardeyskfiyi u1. MO, kv.29 ,i
Discoveries and inventions. Prom. energ. IQ rio.11:57-558 IN 164.
1. Zavod "Amurkaboll", Khabarovsk (for 1111n, Pelltrryo").

KUPO,I.D.. nauchnyy sotrudnik
Obnervations of lunar occultations of stars at the Astronomical
Observatory of,Zhdanav State University at Irkutsk. Aetron.tair.
no.158:25 AP 55. (KM 8:9)
1. Irkutskays, astronomichaskaya obeervatoriya Gonuniversiteta
(Occultations)

KAVXRIII, A.A.; KMIN. G.: KLIPO, I.D.
i
Observations of Mrkoal comet (1955e) at Irkutnk. Astron.tsir.
no.162:10-11 Ag '55. (MLRA 9:5)
1. Irkutskayu gorodskaya, astronomichookaya observatoriya gosudar-
stvennogo universiteta imeni A.A. Zlidanova.
(Comets--1955)

KUPO, I.D.; Tl,'M,Ll, V.G.
"Anomnloun" tnil of Arend-Rolnnd's comet. Astron.tair. no.186:11-15
if 157. (MIRA 11:4)
1. Sehor astrobotAniki AN XazSSR, Alma-Atn.
(Comets--1957)

KUPO, IqD#; TMYMIII V*G*
,
Spectrum of Arend-Roland's comet (1956 h). Aotron. teir. no.187:8-9
D 157, (HERA U:6)
1. Sektor astrobotaniki AN KazSSR, Alma-Ata.
(Comets--1956)

SOV/35-59-8-6238
Translation from: Referativnyy zhurnal, Astronomiya I Geodeziya, 1959,
Nr 8, p 20
AUTHOR.- Kupo, I.D.
VV
TITLE. The Relative Photometry of the Continuous Spectrum of T _Eersel
PERIODICAL: Astron. tsirkulyar, 1958, May 8, Nr 191, PP 13 - 14
PIB&TRACT- In 1956 in the Department of Astrobotany, AS KazSSR, 23 spectra
of the white emission variabie (~, Per were oDtainea on an stro-
graph with a 180 lens prism (di8per,-Ion 1110 A/mm at if T ). The
re,iults of 'the study allow one to draw a conclusion on the os-
cillations of the relative spectrophotometric gradient. In orde.,
to explain the quick change of the gradient, It is necessary to
allow for the possibility of rapid oscillations of the 3pectro-
photometric temperature of the star. Several peculiarities of the
behavior of the lines are noted, which are difficult to explain
by the hypothesis of the binary nature of the star.
Card 1/1 G,V. Zayt5eva

KUK, I.D. (Alma-Ats); TWMI, V.G. (Alma-Ata).
I,
Observations of Arend-Roland's comet (1956 a) at the Sector of
Astrobotany of the Academy of Sciences of the Kazakh S.S.R.
Astron. teir. uo.188:5~-7 Ja 158* Nm 11:6)
(Comets-1956)

KUPO, I.
I
=oft
Activity nf somn radiant pointa of moteor ehowore in 1957.
Astran. tair. no.190:26-27 Mr 158. (14IRA-11:9)
1. Sektnr Antrobotaniki AN KasSSR i Kollektly nablyudateley Alma-
AtinsImpo otdolenive Vse9o3niznogn astronomo-geodesicheekogo ob-
shchostva.
(Metaors)

YUPO, I.D.
~
, 0 photometry nf the continuous spectrum of P Persei.
Astron. tair. no.191:11-14 W 158. (MIRA 13-14
1. Sektor Astrobotaniki All KazSSR, Alma-Ata.
(Stan, Variabla-Suectra)

Km' 1.
Investigatir4., the continuous spoctrum of ODhIUChl. Autron.teir.
no.198:9-11 D 158. (WRA 12:7)
1. Snktnr antrobotaniki AN KazGSR.
(Stare, Yarlable-Spoctra)

KUPO, I. D. ; TEYM I, T.G.
Some roquIts of obeervationo of Arond-Holandlo comet 1956 h.
Trudy Sakt.astrobot.AN Kaxakh SSR 7:93-107 '59.
(Comets-1956) (14IRK 13:5)

KUPO -- '-
Some rowilte of the opectrophotomatry of 0 perani. Trudy
Sekt.antrobot.AN Kazakh SSR 7:108-116 159.
(KRA 13:5)
(Stars, Variable-Spoctra)

KUP(), I.D.
V-~triation 0f brightness of X Ophiuchi. Per.zvezdv 12 no.6:
432-437 J6 '59. (MIRA 13:9)
1
(Stars, Variable)
'i;,

UM, I.D.
Characteristics of the emission grpeotrum Of XOPhiuchi.
Astron.tairo no9200110-12 Mr 159- (MIRA 13:2)
1. Bektor astrobotaniki All KazSSR, Alma-Ata.
(Stars, Variable--Spectra)

KUPOI I.D. COD :Phys-kath Sci - (dies) *Bpectrophotometry of wf4te emis-
Serpens,*
sion variable x (Greek le~tei uhi) of fil ----M-MJ=Ot Lenitigrad,1960, 13 Ppi,
.200 cop. (Main Astronomical observatory, AS USSR) (KL, 42-60, 111)

.- KaeQ,- i. D. --.-
Spectrophotomotry of the white emission star in the constellation
Ophiuchus. Trudy Sekt astrobot. AN Kazakh, SSR 8:196-235 0609
iStars-Spectra)

-KUPO, I. D.
- -------------
One method Of estimating atmospheric transparency daterming opectro-
photometric gTadlents. Trudy Sekt, astrobot. AN lasakh, SSR 8:236-
239 160. (MIRA 13:12)
(Atmospheric tranoparency) (spectrophotometry)

A UlTi f""IFf

Or"

1. Cl 1)

~'T ft A

A
1-Ines

AZ T
~A L~

0

y
j

vai
'er.

i:A

:3 1

Sp~---t-rophotometric Study of Ophluchi. 11. 78012
Sc-me Peculiarities in Its Emis&n Spectrum SOV/33-37-1-.12/31
The author explains this phenomenon by the ejection
of an opaque mass of gas from the star, and concludes
that the velocity of the cloud was about 1000 km/sec
and that the height of the emission zone is about
2.2 radii of the star. This estimate agrees with
the conclusions of E. M. and G. R. Burbidge. There
are 2 tables; 6 figures; and 11 references, 3 Soviet,
2 French, 6 U.S. The.five latest U.S. references are:
A. Cannon, Harvard Ann:, 56 71., 1912; G. R. and E. M.
BUrbidge, Astrophya. J , ll~, 252, 1953; G. R. and
E. M. Burbidge, Astroph. J., 122, 89, 1955; D. B.
McLaughlin, Publs. Observ. Univ. Michigan, 4, 175,
1932; 0. Struves,,P. Swings, Astroph. J., 75, 161, 1932.
ASSOCIATION: Section of Astrobotany of the Academy of Sciences of
Kazakh SSR (Sector astrobotaniki Alcademii nauk KazSSR)
SUBMITTED: March 17, 1959
Card 3/3

KUPO) ID,
Variationa in the spectrum of ;r OphiuclU. AB tron. zhw. 36
no&3t496-506 My-Je 161* (MIRA 14s6)
1. Institut astrofiziki AN Kaz&9H
(Stars-Spectra)

KUPO 1 1. D.
Photometry of the continuous spectm-. of B.N. Ge=ini. Izv.Astrofiz.
inot. All Kazakh.SSR 13:8144 162.. (FIRA 15:6)
(Starst Variable--Spectra)

AUTHOR: Kupo,
W 75
8~503/624/015/000/003/003
A001/A101
TlTLEi on the methods of day-time spectrographic observations of Venus
8OURCHt A?ademlya nauk K4zakthakoy 83R. Astrofizicheskiy Institut.
Izvestiya. V. 15, 1962,-111 - 116
T
TFXT3 The author conducted day-time spectrographic observations of Venus
from March to mid-October 1959 with an A(M-9 (ASP-9) slit spectrograph at-
tached to the A3T -7 (AZT-7) mirror-lens telescope. The spectrograph disper-
sion was 1110 A/mm at 117-. The Venus spectra were taken at different position
angles. The slit was oriented parallel to the terminator, parallel to the In-
tensity equator. Results were obtained in thd farm of color characteristics
1,05,000 with Intervals of 100 A for the spectrum band from 4,000 to 6;200 R.
To represent the color of the planet by a single numerical characteristic, the
following quantity, resembling in its form spectrophotometric gradient, was
selected: ZA9 (,?'/15'000) (1)
'6 1 AK
J'A
Card 1/2

5
,,/5()3/62/()15/0()0/003/0(.)3
On the methods of day-time ... A001/A101
Altogether 348 spectra of Venun were obtained. No difference in the color of
the planet at different position angles were noticed. The values of g obtained
for the same observation day were in a good agreement, with exception of 2 - 3
cases. These results confinri the conclusions by V. V. Sharonov on Independence
of the Venus color of the phase angle; no systematic color changer, like those
described by N. P. Baraba3hov and V. I. Yezersk-iy, were established. In two
cases deviatJons exceeding adinissible observational errors were noted: they
were cases of reddening of the planet on March 27 and July 15. In both cases
color changes occurTed a few days. after intensification of the chromospheric
activity of the Sun. However, there were other cases of solar activity which
were not accompanied by any color changes; therefore, the information is not
as yet sufficient to draw.any definite conclusions. Some advantages of day-time
observations of Venus are mentioned, and practicil indications for future ob-
servations are given. There is I figure.
Card 2/2

KUFOP I.D.
Sper,trophntometry of 0 Canls Yajoris. A.,jf,ron.zhur. 42 no.2.35P-
368 Mr-Ap 165. (WRA 38-:4)
1. AstrottzicheBkiy Inotitut AN KitzoS)R.

KUPOLOV, P. S.
Erroneous ideological tendencies of L. A. Orbeli. Fiziol. zh.
SSSR- 37 no, 4:397-408 July-Aug, 1951. (CIJ4L 21:3)
1. Leningrad.

KUP(RiTalijin, M. 1.
911ocrooia of Wood Vessels in Orape Seedlings.. and Ways of Combating It." Mn. Culture
USSR, Kishinev Agricultural Inst imeni, 14,V& bh=e., Kishinev, 1954. (Dissertation
for tho Degree of Candidate in Agricultural Sciences)
SO: YjLi.,-,Iumya letopis , Noo 22, 1955~, pp 93-105

KUPORITSKlYp S.;,PAL1C11IKt V.
Youth helps agriculture. NTO 3 n.2:54,55 P 161. (MIRA 14:3)
1. Zamestitell predeedatelya Moldavskogo respublikanskogo pravelaniya
Nauphno-takhnichaskogo obohehestva sel'skogo i lesnogo khozyAystva
Kiel~mw (for Kuporitskiy). 2. Predsedatell soveta pervichnoy
organizatsii Nauchno-tekhnichoskoFro obshchestva. seltakokhozyaystven-
cgo instituta imeni M.V. Frunze, 'Kishinev (for Pallchik).
(Moldavia-Farm mechanization)

1. ZELEMMIN, I. A. KUPOROV.- A. V.
2. USSR (600)
4. Gorlkiy Province-Agriculture-Study and Teaching
7. House of the Agronomist in Gorlkiy Province. Doet. aellkhoz. no 11 N 152.
9. Mouthl.% Lipt of Rminjnn Anggiaginna, Library of Congress, March 1953, Unclassified.

~m t e r
va 17 : 12
ir.-Il Cc-d r ,!I I (ieh I I C-- v !.io, i i
za!
:~Dgo

",- r- "",
-1 - -- I ,-i
KUPOV A
Studying the i')rinciplan of industrinl production. Politekh. obuch.
no.2:20-24 F '58. (MIRA 11:1)
(Technical education)

XUP
Constructing link mechnaism models In classes on mechanical
engineering in the eighth grade. Politekh. obuch. no.9s
43-48 5 158. (MIRA litio)
1. Tonsicly oblastney institut usovershenstyoveniya uchitelay.
(Links and link notion)

KMV. D.I. (Tomsk)
Studontal comprehension of work procounno In ochool vorkehops.
Politekh. obuch. no.8:27-30 A9 159. (MIRA 12:10)
(Manual training)
"L

KUPOVP 1. YA.
Kupov.. I. Ya. -- "Trawatism from the Means of City Transport in the City
of Voroneth." Voronezh State Hed InBt.. Voronezh, 1955 (Dissertation for the
Degree of Candidate of Vete-inary Sciences)
SO: Knishneya Letopial, No. 24, Mwcowt Jun 55, pp 91-104

KUPOV, I.Ya.
Some problams coneoraing traumatism in small-scale prod-action.
Zdrav. Ros. Feder. 5 no.10323-25 0 161. (MIRA 14110)
1. Iz kafedry sudabnoy meditainy (ispolayayushchiy obyazannosti
zavoduyushchogo - dotsent G.V.Voroaltin) Ryazanskogo meditsinskogro
instituta imoni almdemika I.P.Pavlova.
(INDUSTRIAL mIGIENE)

KUPOT, I.Ya.
Sources of errors In the presentation of oxpertise by medlcal
experts. Sud.-med.okspert. 5 no.3:27-28 Jl-S 162. (MIRA 15:9)
1. Kafedra sudebnoy meditsiny (Ispolnyayunhchiy obyazannostl
zaveduy-ushchego dotsent G.V.Voronkin) Ryazanskogo meditsinskogo
instituta lemni Pavlova jMEDICAL JURISPRUDEINC3~1)

JLUPQYJ~ T-Ya
Some probleras of industrial traumatiom at the Ryazan agricul-
tural, macbinery plant* Trudy Vor. mad. inst. 47tlO6-1(Y7 162
(MIRA 16112)
1. Kafadra sudebnoy maditsiny R~%--anskcgo meditsinskogo in-
stituta Jm. akad. I.P.Pavlova.

Cj!fU','AKOV, V.A,, -InZI).; KUPOVF,,i,s I VqAq, Jnzh.
OrO-tolst-Ing stations aro noodud at mining anri or(,,, dro,=Ing co.T,
I
binoa c)' the KrivOY 1109 bauin. Gor. zhur. no.3:75 Mr 163,
.1. Ingfuletakly gornoobogatitalInyy kombirvit. WIRA 16:4)

ALABYSHEV. ii.F.: KUPPIMBERG. L.S.
Thermic investigation of Na, K I C1, F systemr In the NaCl rich
range. Sbor.rab.Inst.prikl.khim. no.39:150-156 147. (MLRA 7:3)
(Systems (Chemistry)) (Electrolytes) (Sodium)

J1
AID P 3656
Subject USSR/Medicine
Card 1/1 Pub. 37 - 2/19
Authors Bolotnyy, V. V., Ettinger, A. I., Kupperberg, L. S.,
Scientific Workers
Title Disinfection of drinking water by hydrogen peroxide
Periodical Gig. i. san., 11, 7-9, N 1955
Abstract Describes investigation and experiments on the use of a
filter for disinfecting Neva water by hydrogen peroxide.
The results of the experiments are presented in a table.
Institution Leningrad Scientific Research Institute, Academy of
Municipal Services im. K. D. Pamfilov
Submitted S 9, 1954
"I, M-P-TIM-1i I.-- ;,-,z -P
1~ N";R-NT
10, 0 g

AbTHORS: Kupperberg, L. S., Bolotnyy, V. V. SOV/,x2-211-9-wxrj/~~'x
TITLE: A Laboratory Plant for Ozone Production (Laboratcl,naya ustanovka
dlya polucheniya ozona)
PERIODICAL: Zavodskaya Laboratoriya, 1958, Vol 24, Nr 9, pp !1I 4~5- I! -I' 'LT SSTR
ABSTRACT: For the production of smaller quantities of ozone, a laboratory
plant was installed, following a project by N. Ya. Rcz2nshteyn.
Ozone Is obtained from oxygen or air by a silent diacnarge of
a high voltage current. From the diagrams presented it is ev-4dent
that the dried air passes through a gas counter of the type
GKF . The voltage is 220 volts at a frequency of 50 cYclesp and
is increased to 3500-7000 volts by a transformer of the type
TG 13. A diagram of the ozonizer is also given, the ozoniZer
consisting of three concentric tubes kept at a temperature
250 by cooling water. The concentration of the ozone thus
obtained depends directly on the voltage and the frequency, and
is reciprocal to the air volume. The test results given show
that, on a reduction of the air flow rate, the ozone concentration
rises significantly, whereas the ozone yield decreases markedly.
Card 1/2 There are 2 figures and 2 tables.

A Laboratory Plant for Ozone Production
SOV/32--24--9-35/53
,ASSOCIATION: Leningradskly nauohno-issledovatelfskiy institut Akalemii
kommunallnogo khozyaystva im. K. D. Pamfilova (Leninerad
Scientific Research Institute of the Academy of Communal
EconGMY imeni. K. D. Pamfilov)
Card 2/2

IL'IN, Viktor Aleksandrovich; KUPFERSINIT) Ya.A.J- red.
[Pulse devices with bridge circuit component:-j lypullonye
ustroistva s mostovymi, olementami. FOskva, Enargiia,
1965. 70 p. (Biblioteka po avtomatike~ no.130)
(MIRA 18: 5)

Country : USSR
Category ; Soil Science, Cultivation. Improvement.
Erosion.
Abs Jour RZhBiol.j No 6, 19,e91 No 24666
Author Pestovaq M, N,; Kuppo, V, K,
Inst Scientific-Researeff"Mtltat-e,,of Vegetable
Economy.
Title A System of Soil Cultivation in Vegetable-
Grasafield Crop Rotation.
Orig Pub Byul. nauchno-tekhn. inform. N,-i. in-ta
ovoshchn. kh-va, 19589 No. 4, 40-43
Abstract s No abstract.
Card
58