SCIENTIFIC ABSTRACT KRUPINSKI, J. - KRUPKA, W.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000826810001-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


ire

KRUPINSKI, J.
W
Materialistic-di&lootio &pproach In p&thology. Polgki tygod.jok.
no-31-32:1137-1144 7 Aug 50. (CM, 2013)

KRUPIRSKI. J.
,_,
,.,0" 1-
Marxist Wroach to me4leal statistics. Polskl tygod.lek. 5 no-31-52
1745-1751 27 Doc 50. (CLn -OhO

1RUP3SKI, J.
Report of hospital reports and statistics. Zdrow publ no,2:98-109
Mr-Ap 154v (XNAL 3t7)
1. Z katedry organizaoji ochrony zdrowia AN w Waresavis (kiorownik
doe. dr mod, J.Xmpluski)
(HOSPITAL ADKINISMTION,
Oroports & statist., organis, in Poland)
RECORDS, KV.DICAL,
Ohosp. reports & statist., organize In Poland)

- - --!, "E.- - , ,;~ ~ ~.-, ,-, . , 11.1-1 1-1
KRUPINSKI. J., Doe. Dr
Contents and methods of teaching organization of public health in
medical schools. Zdro~ie.pub., Warez. no.l-.60-65 Jan-Yeb 55.
(PUBLIC HNALtH, miducation,
in Poland, mod. schools)

KRUFT11SKI, Jerzy, LYNAASKA, Nonne. SABLINSKI, Jan
Plan fox the development of cadres of physicians in Poland to 1957~
Polski tygod, lake 13 no.173647-649 2e Apr 58
1. (Z Katedry, OrgAnisacji, Ochrony Edrovia, IkAdemil Hadyasnej w Warasswis.
kierownik: doe. dr. J. Irupinski). Adres: Varsznwa, u1. Chocimaka
24 Saklad Orge Ochrony Zdrowlao
(PUSICIANS, statisticep
in PolAnd. future plAns (Poi))

-YLktUVI JULLI-jgv ~BIc'I,ECKII Jan; LICHN&t, Wiktor; FIMUTOWSKA, Barbara;
WOJTASiL4SKA, Krytyna
The appearance of coronary disease in Poland in the light of diveases
of the circulatory ejetem. Postepy Mg. mod. do9w. 15 no.6%641-676
161a
1. Z Katedry Organizaoji Ochrony Zdrowia AM w Warszavie Kierownik:
doo. dr. J. Krupinaki.
(COILONLRY DISEMIS statist)
(CARDIOVASCULAIt DISEMiS statist)

KRUPINS.Kl,..Jarzy
2 caceo of unilateral ulcerative atomatitis (Ilemistomatitis
ulcerosa, stomatitis odontica). Czas. stomat. 18 no.10:1191~-
1201 0 165.
1. Z Zakladu Stomatologil Zachowawczej AM w Krakow1o (Kierownik:
doc. dr. J. Wodnieoki).

-04
0 L
Krt W-Achillillor, I'latkin by off
fl, 1933. (111wil. 111N, Jill, b), Ihb.
Attcmj)ta to de-orldi". llericfl~ (Mitutrrrl by cun"n4AIj;,: Im
foil III ivulp1m](Urel fforn I.W ta 3M)"C) by !'Y rl'irloo no
othyl Ac11101 It- Ib- prem-fire of cc'ncentr-'%tI'.d 5"11.1w0c "'11. "t 11,
V0011 !"ruvlm Tha avid Value td th-ii florion ownlur;l. by
Vki:)10 (JUAMItY Of 011;1 111L01101 ItOd .1
photric- ncid, irtwuntc-d V. 1Q,1141y tj~~jn

9a-
Pd. 41.198,
I MA&E OME C-.IrriCd OUt In A A

KRUPINSKI, L.
New method of stai:ning vaginal mucus. p. 275; FOLIA BIOLOGICA. (Pan3twove
Wydawnictwo Naukowe) WarBzawaj Vol- 3, noo 3., 1955-
SOURCEt Fast `~,uropean Accessions List (EFAL)f Librar- of Congreas,
Vol* 4', No. 129 December 1953.

ACHRUNIN, J.; ALEKSANDROWICZ, J.- KRUPINSKI L.- X=ZTCKI, A.;
NOWICKI, Z.
Vaginal cytogram in leukemias. Polski tygod. lek. 11 no.231
ioi6-iolq 4 June 56.
1. Z III Kliniki Charob Wownstrinych w Krakowie; kier. prof. dr.
J. Aleksandrovics t n Zakladu Bletologit AeR. kier. prof. dr.
.T. Ackermann, Krakow, A.M. Zaklad Histologii III Klinika Chorob
Wown.
(LIUKIRIA, patholofp,,,),
vaginal smear
(VAGINAL SMW, In vartnus diseases,
Leukemia (Pol))

KRUPINSKIq L.
The influence of the adrenal cortex on the hormonal effector of the
vagina of freeborn children. Folic. biol 8 no.1/2:119-133 '60.
(EEAI 10:4)
1. Department of Histologyq Medical Academy, Krakow; head: Prof.
Dr. Jadwiga Ackermann. I Clinic of Obstetrics and Gynecologyp
Medical Academy Krakw; head: Frof. Dr. St.Schwarz.
(INFANTS~
(ADRENAL GLANDS)
(HORMONES)
(VAGINA)

I je c I i
Physic)"Oglcal and st:l1";(j3tr.A (,rjtroj,,fjn1-.atI(,n fX ti c vijgl,~al
el'itholliun III the Inoialu. l,'Itupy Mg. rit-A. do,1w. 18 no. 67-
3111 Mr-Ap 164.
1. Z Zakladu 111stologli Akwlemil Modyeztitij W hNikCAU (Ei0ro,".T.~k.:
prof. dr. J. Ackermann).
N !-7f, 5,1 11i N
FRIN
W
r; FiR

KRUPITSA, A.Y., Inzhener.
Glass filter cloths. TSvet.met. 28 no.1:74-75 Ja-T 155. (MIRA 10:10)
(Filters and filtration)

KRUPITSA, A.
Indispensable changes. Sots.trud, no.8:54-56 Ag 156. (Km 9:10)
(Metal Industries-Produotion standards)

A.N.; FAINSMYN, M.Ta.
RMIZAN....
Increasing labor productivity in concentration plants. T&ret.met.
29 no.3:3-11 Vq 036. (Mok 918)
(Nonferrous metal Industries) (Labor productivity)

AUTHOR: -K-runitea A.N. and Faynshteyn, M.Ya. i36-4-1/23
---------------
TITLEt Better organisation of technical control departments at
beneficiation plants. (Uporyadochit rabotu otdalov.tekhni-
oheskogo kontralya na. obogatitelnykh fabrikakh).
VRIODICALt "Tevatnve Metal 1-Y" (Non-f errOU8 Metals 1957, No.4,
pp. 1 - 6 (U.S.S.R. ~
ABSTRACT: The authors maintain that technical control departments at
many beneficiation plants fail to carry out the measms
essential for the proper working of the plant. In practice most
control operations of the procebs are not in the hands of the
technical-directbrAte.of the plant but in those of technical-
control department workers who have no direct operational res ons-
ibility. The staff of the technical control department somet
amounts to 12% of the total works personnel and thus represent an
important cost item. Such excessive staffing cannot be justified
and, in fact, much of the information that,tho staff collect fai3s
to reach the operators in time: as a result, plants are frequ-
Card 11 ently operated by rule of thumb. This state of affairs is parti-
2 cularly unsatisfactory in view of the greater responsibility
devolved on the foremen by the inst-ructions of the Council of
Ministers of the U.SoS.R. of September 20, 1955- Several plants

,Better organisation of technical control departme ts t
beneficiation plants. (Cont.) 1W!4-1~23
have proposed drastic reduction in the technical-control depart-
ment staffs, e.g. the Karabash Copper Smelting Works, the Sorskly
and the Severonikell combines. It is proposed to enlarge the
field of operation of research laboratories at plants to assist
foremen in the making of technical decisions: therefore,,more
attention should be paid to the organisation and recommen4tione
of such laboratories. Wider use should also be made of, automitic
sampling, grinding and analytical methods. The main function of
the technical-control department should be the testing and certi-
fication of the products despatched from the plant: for this
Card 2/2 restricted function a large plant should notb require more than
one,technical-control dqurtment headq two senior controllers with
an average technical education and two to three samplo-takers.
AVAIJABIAB

'- I ' T' '. ,-
~ JW 7
.11, _). j~.I .
Foun&a t 1 ons
Foundations of large blocks. Stroi,, prom. 30, No. 3, 1562
9. Monthl List of Russian Accessions, Library of Congress, Au;,t;-qt Unr'..

14-OUPIT531"v, --
2. US.-,R (600)
4o Leningrad - Building, Stone
7* Leningrad experience with the design and construction of buildings
. made of large atone blocks* Stroi.prom. 30 no. 11 1952
4
9. Monthly List of Russian Accessions, Library of Congress, February 1953. Unclassified. I

10 KRUPITSAO K. K., Eng.
2. USSR (600)
4. Leningrad - Building
7, Using large blocks, in building construction In Leningrad, Biul. strol. tekh.,
10 No. 9, 1953.
9. M2nthly List of Russian AlSt!Ajos, Library of Congress, April, 1953. Uncl.

KRUPITSA K.K. inshener; GAPOTCHMO,A.Z., inzhener; S,iWKIN.A.H.,
. __' :Fa;- or 0
Three-ton capacity two cantilever crue. Rate. i izobr.predl. Y strol
no.109:14-17 '55. (MLRA 8:12)
(Cranes, derricks, ate.)

IMITSA,K.K., Inshener
Axperience, In building vith large blocks in Leningrad. Makh
trud. rab. 9 no.6:25-29 Je 155. (MM 8:6)
(Leningrad-Building blocks)

KRALTURLH, X.D.. arkhitaktor; CHATXO. I.X.. arkhttaktor: GOLUBIT, S.L.,
inthqnar-. DOBROXHOTOV. 1.G., inzhoner; inzheaer;
3
Ma
POGORZHBLISIIT, L.A., inshecar; POSTMIXOT. AT# insifiener;
SHAITY, Tu.V., icandidst takhnichaskikh nank: OLI. A.A., professor.
doktor arkhitaktury; URAVOYST. B.V.. kandidat arkhitaktury;
VASILITIT. B.D., doktor takhnichookikh nauk profeescr, redaktor;
SHUR. H.Ts., redaktor isdatellstya: ROZOV, L.I., takhoicheskiy
redektor
LIarge-block construction in Leningradj Krupnoblochnoe *trottel'stvo
v Lentagrade. Leningrad. Gos.isd-vo lit-ry po stroit. i arkbit.,
1957. 93 P. (MLRA 10:7)
1. Akademlys stroitel'stya i arkhitektury SSSR. laningradskiy
filial'.
(Ioningred-Precast concrete construction)
(Imaingrad--Apartment houses)

KRUPITSA, K.K.; CHAYKO, I.M.
Leningrad's experience in large-block construction. Biul.tekh.
inform. 3 no.ltlZ-16 is '57. (MIRA 10:10)
l.UpravlyaMhohi7 -stroytrestom No, 102 (for Krupitsa).
2.Glavnyy i*hener proyekta institute. Lenproyekt (for Chayko).
(Leningrad--Precast concrete construction)

r -1 1 - I I -
":, ~ "', " / _,~ K~1, i! "". .
I
CHATKO, I.M., arkhttektpg; KRUPITSA, X.N., inshener.
Building large-block apartment houses In Leningrad. Stroi. prom- 35
no.4tio-16 Ap '57. (KM 100)
(Leningrad--4partweat houses)

KFaJPITSA, K.K.
- ~
Preface. Stroi. v raJon, Voot. Sib. i Krain. Sev. no.10-7 161.
(MI,RA 17:11)
1. Direktor Nauchno-iseledovatellskogo instituta po stroitallstvu,
Kraonoyarak.

GEWIK)V, Igor' DmitrJveviob,; otv. red.;
pACliKovsKly, V.V.0 telft. red.
(Mesh-reinforced concrete in in constructionlArmoteement v
stroitelistve. Krasnoiarsk, Nauchno-isal. in-t po stroit.,
1962. 11.7 p. (Precast concrete construction) (MIFLA 15:9)

AGAFONOVp X.N.1 JWPITSA,JA,# oty. red.; RUZHZHE, V I,, red.;
ToxAREVA, K.A., red.
[some problems of housing construction in the Far North]No-
kotorye voprosy shilishchnogo stroitallatya as Krainem Severe.
Krasnoiarsk, Nauenno-isel. in-t po stroitallstvut 1962. 90 p,
(M RA 16:4)
(Russia, Northern-Apartment houses)
(Building-Cold weather conditions)

F,,J *AE
(A.
nirntn~-- the work i' the 71[visio-i of Technical ut
Tr. from the binnLans."
p. 5( Dolo, Vol. 13, no. I
:!onthly Tn!if.-x -E3-,t European L-",, ','o1. , no.
leptembf- 1958

AUTHOR: Krupitskaya, T.
----------
TITLE: Determining the
diurnal variatiDne
rays
33070
S/16
UY61/000/012/077/089
D
D22 305
M.
energy spectrum of primary
in the intensity of cosmic
PERIODICAL: Referativnyy zhurnall Geifizika, no, 12, 19619
10, abstract 12G56 (V eb. Variateii koemich.
luchey i solnec*a. korpuskulyarn. potoki. no.,
2. M., AN SSSRO 19609 94-100)
TEXT; The energy spectrum of solar-diurnal variations of the
intensity was determined from the data of the neutron and rigid
components of cosmic rays for the period of the IGY. It is sug-
gested that the energy spectrum of variations of the primary
spectrum is a graded function of the energy E with the form:
Card 112

Determining the energyaGO
33070
3/169/61/000/012/077/089
D228/D305
SD( E if E f- 1
D( E 0 if F 61 a
It was found that this spectrum satisfies the experimental data
best of all it a 0.09 � 0.03 , -4- = -1 , and E, =
= (7.1 + 0.9) bev The obtained results, however, can only be
conside7ed as preliminary since the rigid component was not cor-
i-ected for the temperature effect. f-Abstracter's note- Com-
plete tranelation.~7
Card 2/2

ACCESSION KR: AT3012743 S/2961/60/000/002/0094/0100
AUTHORs Krupitakayas T.__M&
TITLEt Determination of the energy spectrum of primary diurnal
variations of cosmic ray intensity
SOURCEs AN SSSR. Mezbduvedomt. komit. po prov. mezbdunarodn. geo-
fizich. gods. 7 razdel program. MGG. Kosmicheakiye luchi, Sb. sta-
tey, no. 2, 1960, 94-100
TOPIC TAGS: cosmic rayst cosmic ray intensity, diurnal cosmic ray
variation, cosmic ray meson component, cosmic ray neutron component,
cosmic ray energy spectrum, meson component temperature effect
ABSTRACT: *The energy spectrum of the diurnal variations is deter-
mined from experimental material obtained from various stations of
the ICY world network. By determining the ratio of the amplitudes
of the variations for the neutron ind meson components for both the
Card 1/1

ACCESSION NRi AT3012743
same stations and for different stations, it is found that the
energy spectrum of theiprimary diurnal variations can be approxi-
mately represented in the form
r, if >
l
a
We) if
qtj 0.9) 13eV , a0,09 � 0#03-
Th ese results must be regarded as only approximate, since no correc-,
tions are made for the temperature effect in the meson-component
data. 'These corrections may almost double the amplitude of the ob-
served diurnal variations. The results differ only'slightly from
'A. " eyo K-r
those obtained by L. 1. Dorman (Variatsii kosmicheskikh ludh
Gostekhizdato 1957) (e - 6.6 Be% a 0.14). Orig..art. bass 3
tables, 5 formulas, AQ 2 figures'*
ASSOCIATIONs None
Card

3=~~ F-7(rr ( dTJP(c
AT .10031 1")Ohh
SCURCE, lAnlngrad. Arkticheogly L
~.:t Imdy v, 771 , 1964. Chiulennyye metody isfiledovanlya gldrom-teorologi-
nximation. -7thobyshev polyr'-mlad, 111mbyshey
t~m dimensional field appi
mw
y
j -ons trjrtf-d run r-t i on are a u i r cn r. u z. V,
-r--
fr, rthe sipprnrimation erTvz-i xre Eoa~
r --n m

AT5005818
I inn of tje field
j mAt i r;n
H (x. y) Aw 4- A, T, (X) -&- A,, rY) i A, (1) T-1 Y
ttle f XPP-rsiOn
Ic 'rny are (7h eby shev PO "YT Oa! _q t
.I.
A prcjzras for the Ural-e Lump--
mrt h - un 15 rigurer, and 16 formulas.
Ccr-d 2/3

K'
P74 C!,
Card 3/3
Mg. g
WON

KAKMEVITSKI, L.I.) KRUPITSKIT, A.Iu.; SM(PI, A.D.; K11'"rYFITS, M.E.:
inzh., rod'.-I RIKOIJ=AI M.I.-O red.; BORUFOV, N.I.,, tekhn. red.
(Manual on relays imed in electric protection and autor-atic
control systemaj Spravocbnik role zashchity i avtonatiki. Pod
red. M.E.Kheifitsa. l,,oBWr, Gosenergoizdat, 1962. 190 p.
(MIRA .15-.7)
(Electric relayo.-Handbooks, manuals, etc.)

964111999090904110 , 0 0 4 0 0
III * 01 00
0 0 6 0 0 0 0 0 00 0 6

11 000
1 1 $ a It 9 it W it It it I a
0;1
4 0 0 11 1 " 11 . . .
b " a 41 a 4 0
L-JL-4- a V
0 0 'if J-9 '.0
- 1,
A
SKIYA.11
00 rMPIT
-IT----,
41 e~, .00~~ The Offm of OW rate of dirfarmd" an I" mechanical
Amwa. It. A. Krogrifskil- 4i"41kar,
M-f _
.
IN)
f
0
As
l M
~ t
I i
.
Wrf
ri
1'
aw
"
n
U
00 iri Am*r marblow at the deformasisni rair tof OIJIXIO~ I %
mm./ve. fur the PrfW9 4 a few wT. to 6 7 his. At ,r.
0 0
'finur I I-.. . the chant, in Ibr rate I'l
no marked C9,41 no The It"Itwary re"mamr. 0 0
psuicm and ~todktum of At awl Uutal. At 1-9, &-1
-00
00 ti!!. 11W Im,jWvA8T fq~ulstmv still fri4lsvr A" m-
oo t'- durumd Isy the change in Ifte delairmatoin r4tv. 0%-4dt,i -to
000
-I
k
di
d
d
M
t
,r m-
,
evoir
irmp,.
lf A
at sir
nsty orml
00 J~. goo

001) ChA4. IIIAIW
006
00,3 goo
go 0
a 000
so a, .1
Of
I !goo

I NOVI

'boo

I.- to 1014410) lost 0" 4.9
t
~
0 u % A, to I
0 it tp It it km A 1 .30
0 llo*O*,009000000
.
4:: 90*00*0 000,000000000010000 0soo
A
0000000000000000
4
0*00 000.000000000000000 00**

sioO00066000600900099W.-
1100000 600049100
P000006000#09
1 0 ,
is U of
-A
410P) _7 "t
**A
ARU c IT'S Y\,
TM imam6m d iii-a'" -0 b-aft" 811114114 to TOMWE
a the ldm d We Ddarmalift It A.
(tavoclAmys lAbonsturtya. IIWI. val. M July.
00, ft-61. Ila mumviamm). Yrom the immulle of #Ap-.;.
nvmto with vwytno I I of do(Waisilman c^rrW out on
0 41s =n~ of a tussinmikMal. chmmium-IM10mWum strof
4b.9 dilreml hmi-Imaimmt.. the followinij emnelummions am
,3 wn i III This, vvWuoUm of Uw p1wie dhornmit" on the
o results of otislio owl dyn&nJn tupture of v inmw of
of diffemni, own;K"itkaw 01-cinhi tm CWT wit "Ah 110
oil m
m1welo t%d"IPmAkin d this, 4PAW"milinsi at Ito iwkrk. of
AMI)4wMal, 14# OW 11WIC. mW as cdf~r lowtoull #,( flor
41W41111*41 & 111) 1110 AP16WIM11116141 in thP PUS 64 4IW 01~0-41
nQ4 nikv 91W poins ut rurtum Ila ir~s~ .( iho nNAAAM of
14W rupturing rorm for 69NA1,16 of . - -
k1lownt ftwatifution. alml
#4 "d rum" the twit. howe"mr. dw VAIUM of 11W "riamm
of ilpfunnation with the typo of Imsiom is jiflmW bw she
bmt-tressinant to whWh Ow slimA under tms, bm Nrve; oub-,,
PVUUI.-a. IL.
I a 0 a d
-14jllo
j-60
;-9O
-00
.00
goo
.00
600
ire*
1900
see
goo
see
of
use
"TALLIP"IcAll. Littoatted CLAWCATIN
it Islas.) wit w4f old oasis, ex 4P.. 61.
74- 5 IN a I
9 9 A 4 2 1
A
S, :100 0 0 * & 0 0 0 0
0 0 0 0 0 : 0.0 0 0 0 9 0 0 0 0 0 0 0 0

NPUTPIT'KI!, 13. A.
-retripering hardntas- of layers jmd~csd'tj dial #11strk-
Chemical Abstracts
12. 7)Va-
may 25t 1954
(19A)).-Thc microhardness Of JAYtr$ &POsited On ""etled
Electrochenlatry and 86 vnlm
sterl by ilisch,trVe of () micraurads at 025
crofjr-.j+j :xt I amp. and crnplo)-ing as ta =Mhazd uW,I
FrCr. Arinco Fe. stcel, W, At. and Cu wen but little
affecofd by the procedure used. l1exc-r, their tbkkntu
was a lu nction of both techniques and the natum of elee-
WE by
mxles. Hardness distritK160" and Oaten utied
beating at 20()--700* weft shown In chuts. tening de-
pended on the ase with which deposited lay all with
bate.
thL
7 7

SOV/ 137-57-6- 10459
Translation from: Referativnyy zhurnal, Metallurgiya, 1957, Nr 6, p 150 (USSR)
AUTHORS: Balakina, L.N., Krupitskiy, B.A., Lukhina, Ye.M.
TITLE: Investigation of the Wear Resistance of a Layer Hardened by Elec-
tric Spark Treatment (Issledovaniye iznosostoykasti sloya. uproch-
nennogo elektroiskrovoy obrabotkoy)
PERIODICAL: Tr. Leningr. voyen.-mekhan. ir-t. 1955, Nr 3, pp 151-157
ABSTRACT: An investigation of the comparative wear resistance of 40-grade
steel which was hardened by electric spark treatment (ET) with a
hard T15K6 type alloy, nitrojenized, carburized, and quenched.
ET was performed at a 200 9 capacity and a 5-6 amp intensity of
the short-circuit current, and was followed by a smoothing operation
at a 6 g capacity and a 0.25 amp current intensity. The thickness
of the hardening layer was 0.02-0.03 mm. The microhardness HV
of the specimens investigated was 1300 after ET, IZOO after nitro-
genization (St 35KhMYuA grade steel), 930 after carburization fol-
lowed by quenching (St 15 gracie steel), and 595 after quenching
and annealing at 2000C (St 40 grade steel). Rings hardened by ET
Card 1/2 exhibit a high wear resistance in contact with a hardened or

SOV/ 137-57-6-10459
Investigation of the Wear Resistance of a Layer (cont.)
nit ogenized surface. A rubbing pair in which both surfaces have been hardened
by to is undesirable because in that case a great wear of the block (shoe) sur-
face is observed. It is noted that with a decrease of the difference in the hard-
ness of the bearing surface and the ring, the wear resistance of the rubbing pair
is decreased. The authors advance their opinion that in a number of cames the
employment of a rubbing pair can be recommended in which the ring has been
hardened by ET and the bearing surface has been quenched and annealed instead
of receiving thermochemical treatment. For lightly loaded articles the authors
recommend use of a friction pair in which the bearing surface has been hardened
by ET and the ring is made of refined steel quenched and annealed at low temper-
ature. It is pointci out that the substitution of elcctric-spark hardening for car-
burization and nitrogenizing permits a considerable reduction in the cost of
thermochernical treatment.
E.S.
Card Z/2

. KRUPITSKIY, Boris Abramovich; CHRRVOVA. H.S.. red.; ISVONNVSKAYA, L.G.,
.. -
. Wiftn"t
EPrinciples of heat treatment] 0snovy ternichaskol obrabotki.
Leningrad, Lenisdat, 1959, 230 &atallography) (MIRA 12:12)
(Ketale-Haat treatment)

*
AVTO 0 0 0 0 0 0 W
I I I a I S
A_
A A
L 0 a 0 0 it a u w 0 16 it
A A i A L a a A J-1 ~ Wt. f 1--of III I IAN I I I I It& Uk.-A's-li-Se -_ UNY
rlL_ a
_
_

SWfdW
t
i
6
1
I
l

OOJ 6
4"U
s
" troll
ed petro
eum
6
roducts is the now relsorive t
be b
lft i
w j
J

04 o
u
s
use
s
p
o"Of4ames WM the beceed "Ave Jose Fka.- A., ii.
4*0
Vvmba MW B. It. Krupits". %jrfi
h
dl
a
X
"
m
Y
j:7w
-
2
N
b
13
o.
,1341934Y.
6.
,f
Tbe v&wt%
Akk
m
&
n
&
O
,
d
N
re
din
l
s
"
t
iti
w K
i
d
h
)
d
eow m
.
u
w
t
are cf
c
se
. an
o
r
4 a
p
!.p
-*fi
u91
nCl ul The f
ie
ri
f
i
O
b too
&
rvoic
t o
pat
w crig
ms
tP
P
y
i
i
see
lhrK
trit
tars ib pubtini out. A. A. Nwhilingit
coo
Of
ILA SlIaLLUISCAL 1,11140121 CLASSAFKATICIN
%@$ago 010 0.9 all
4141
goo
see
Neu
goo
------------ ~k
41A.11 40 Q.. All e 0
1
go a so I
Ar 0
v
0_1 U ,I; a
:10 9 0 0 0000 40 It 0 0 0 0 0 0 0 olluo 0 0 0 4 0 0000000.1
IT
9 0 0 0 0 0 9 0 0 0 & 0 0 0 0 ore 0 9 0 0 0 0 41 0 0 0 4 & * 0 0 a 0 0 0 * el

UM/Chemical Technology chemical Products.and Their
Application. Treatment of Natural Gases and Petroleum.
Motor and Jet Fuels. Lubricants.
Abs Jour : Ref Zhur - Khi'AiYa, NO 1, 1958, 2527
Author : Krupitskiy, B.B., Sakharov) N.A.
Inst :
Title : For Further Amelioration of Technical and Economic Indices
of Petroleum Prozessing Plants Under Construction.
orig pub : Khimiya i to-hhnol. topliva i maael, 1957, No 4, 1-7
Abstract : The radical revision of the plans of petroleum processing
plants under construction and of those that are in the
planning stage, which has been carried out by planning
and scientific research agencies, has made it possible to
decrease capital investv-nt per unit of rated capacity and
to improve the technical and economic indices. The basic
trends in lowering the estimated cost of the plants were
an enlargement of technological units and a drastic
Card 1/2
II)SSR/Chemica-L Technology - Chemical Products and Their 1-8
Application. Treatment of Natural Gases and Petroleum.
Motor and Jet Fuels. Lubricants.
Abs Jour Ref Zhur - Khimiva, No L' 1958, 2527
reduction of their number; a more complete automation of
the technological processes and overall plant facilities;
reduction of areas and cOlmmnication extent; more effi-
cient system of power supply; Simplification of oreaniza-
tiOnal structure with reduction in personnel, etc.
Card 2/2

SOV/65-59-4-1/14
AUTHORSt Aref~rev,, A.P., Krupitiskiy, B.B. and Sorokin, N.J.
TITLEt Development of Now Improved Technological Schemes and
Reducing SpeciVc Capital Costs in Refining of
J0
Petroleum Is the 500hportant Problem of the Seven -Year Plan
A
of Development of the Soviet Petroleum Industry (Sozdaniye
novykh sovershennykh tekhnologicheakikh 9khem i
umen'sheniye udellnykh kapitallnykh zatrat v pererabotku
nefti - vazhneyshaya zadacha semiletnego plan& razvittya
neftyanoy promyshlennosti SSS10
PERIODICA-.:Khimiya i tekhn-logiya topliv i man*1% 1959, Nr
pp 1-6 (USSR)
ABSTRACTs In accordance with the directives of the Twentieth
Party Congress, the Gosudarstveanyy Institut po
proyektirovaniyu neftepererabatyvayushchikh zavodov
(State Institute for Planning Oil Refineries)
(Giproneftezavod) jointly with nmme.-~u--is oths--r project
and research institutes carried out in 1956 and 1957
major work on revising completely tho proj-,!As and
plans for several petroleum refin-gr 'L,~-s. Plano for small
capacity refineries were substituted by plans for larger
Card 1/5 ' units, automation has been introduced on an extensive

A
sov/65-59-4-1/14
Development of New Improved Technological Schemes and Reducing
Specific Capital Costs in Refining of Pecroleuia Is the Vbst Immort=t
Problem of the Seven-Year Plan of Development of the Soviet
Petroleum Industry
scale and the floor space and the nianber of required
personnel have been greatly reduced compared to
previously drawn-up plans. These changed projects
provide a good basis for the project3 for building
new refineries during the 1959/1965 perxod. Due to
the fact that the eastern areas of the Soviet Union
possess very large resources of chenp coal, whilst
petroleum to these regions has to b-3 transported from
the very distant Tataria and Bablikiria, the policy is to
use in these regions refinery procei5ses resulting in a
minimum production of boiler fueJ. On. the other hand,
in the European part of the Soviet Union and the Urals
there in a shortage of coal and the coal costs are high.
Therefore, the main aim in to increase the use of oil
and gaseous fuels arid to use refining processes which
yield a high proport'bon of liquid boiler fuel; this
Card 2/5 also permits reducing the costs and the time of building

sov/63-59-4-i/i4
Development of New Improved Technological Schemes and Reducing
Specific Capital Costs in Refining of Patroleum Is the Most Important
Problem of the Seven Year Plan of Development of the Soviet
Petroleum Industry
refineries. Up until recently the optimum size of a
refinery was considored to be one with a capacity of
6 million tons/annum. The present views are that the
optimum size is considerably larger than this figure.
In 1957/58, VNII NP jointly with Gil)ron*ftezavod carried
out preliminary planning *. rk for refineries of larger
unit sizos.int*nded for producing a higher percentage
of boiler fuels. Such a refinery it to consist of two
or more blocks of the highest unit sizes and it is
intended that each refinery will process the entire
quantity of raw materials becoming available at each
stage of the refining process. Centralised control is
to be introduced for the entire technological process,
i.e. atmospheric-vacuum distillation and catalytic
cracking, catalytic reforming and hydro-purification,
gas fractionation, alkylation and polymerisation. The
method used in this new plant consists in subjecting the
Card 3/5 petroleum to stabilisation, de'.ydration and processing

sov/65-59-4-i/i4
Development of New Improved Technological Schemes and Reducing
Specific Capital Costs in Refining of Petroleum Is the Most haportant
Problem of the Seven Year Plan of Development of the Soviet
Petroleum Industry
it in an atmospheric-vacuum plant (,iwnual capacity
6 million tons). The gasoline distillates are partly
used for reforming and partly for the manufacture of
kerosine. The 240 t0 350*C traction in utilised in winter
and summer diesel fuels. Both types; of fuel are
desulphurised by hydro-purification but the winter grade
in also subjected to de-paraffination. The heavy
distillates, obtained by fractional distillation, are
further processed. The dried gas is desulphurised and the
C31 C4 and C5 stabilised light fractions lod into the gas
fractionation plant where they are separated into the
propane-propylens, butane-butylene and pentane-amylene
fractions. The first two fractions are used for
polymerisation and alkylation processes. Asphalt and
65%
sulphuric acid are also to be produced. A
separation
of light fractions and 20% separation of boiler fuel and
Card 4/5 petroleum asphalt will be achieved. The quality of

sov/65-59-4-X/14
Development of New Improved Technological Schemes and Reducing
Specific Capital Costs in Refinin- of Petroleum Is the Most Important
0
Problem of the Seven Year Plan of Development of' the Soviet
Petroleum Industry
gasoline is to be consid*rably improved, the octane
number of the pure gasoline is to be Increased to
75-76 (86-67 when adding TEL) and the sulphur content
will not exceed 0.1%. The summer diesel fuel will have
a sulphur content of 0.72% and a cetane number of 47.
The most important modifications of the plants are
discussed in detail. The yield of light fractions and
boiler fuel, obtained by the proposed process, is
compared with yields obtained by American methods.
There is 1 table.
Card 5/5
Ov

'WE .,. ; I, - I -i:, ~ -, , ~: " 1. - .
I'ar tha introductin-, o i no r !.i~ pr,. ttc t 1 -in of
- o . 7 -. 34 5)
polue"ilM

MRITSXIY, D.
flow ve plan and mike major repairs In apartmeat houses.
Zhil,-Icomekhose 10 no.4:19-20 160. (MIRL 13s6)
1 GlavWy inshener Voronezhskogo oblkomkhoza, Voronezh.
iVoronesh-Apartment houses-Maintenance and repair)

Achl NAYDOVICH, A.N.v redo; BELEMAYA,
KRUPITSKIY F=anuil losif0vic ,
:i
--.tzl
[Handbook for machine-ohop mechani"Ol polsobje po slesarnomu delu
lzd-vo H-va vyesbego, arednego spetsiallnogo i profeasionall-
Minskt (KMA 1511)
nogo obrazovaniia BSSRI 1961. 235 P.
(ma0bine-shop practice)

L 7811-66 EKT(l)/T/FCS(k) WR
ACC NR-. AP5027619 SOURCE CODE: UR/0109/65/010/011/1967/1976
AUTHOR: KrultskiZ, E. I.; Sapozhnikova, T. N.
ORG; none
TITLE: Minimum number of controllable elements in a~ long linear array with
wide electrical beam sweep
.:SOURCE: Radiotakhaika i elektronika, Y. 10, no. ii, 196s. 1967-1976
TOPIC TAGS: radar, radar antenna
ABSTRACT: A theoretical solution is reported for the case of a linear array
consisting of nondirectional radiators (point sources) uniformly deployed alonga
straight line and a wide sector of the beam sweep. With an allowance for a
specified level of minor lobes, an approximate formula to developed for the
minimum number N of controllable elements required. For a sweep sector
6 4 50-6e or under, a simplified formula is deduced which permits calculades
Cord 1/2 621.396.67304

L 7811-66
ACC NR: AP5027619
N from specified values of AO R. and The'solution also holds true for
practically important short arrays if d/A 0 0. 5 (see C. L. Dolph, Proc. IRE,
1946. 34, 6. 335); the solution Is inapplicable, however, for narrow sweep
sectors where pencil-beam elements may be used. Orig. art. has: 7 figures ani~
127.formulas.
SUB CODE: 17j og suBm DATE. z4ju164 ORIG REF: 007 OTH REF; 001

L 36192-66 EWT(I)/T WR
ACC NR: AP6011446
SOURCE CODE: UR/0109/66/011/004/0653/066L
AUTHOR; Krupitskiy, E. I.
ORG; Leningrad Electrotechnical Institute of Communications.,,ja, Zi.A. Bonch:M.._.__
i b uYevich (Leningradskly elektrotoklinichoskiy institut syyazi)
TITLE; Synthesizing continuous linear antennas by the stationary-phase method
Z"So
SOURCE: Radiotekhnika i elektronika, v. 11, no. 4, 1966, 653-661
77
TOPIC TAGS: antenna synthesis, radio antenna, antenna
ABSTRACT: The problem of synthesizing a continuous linear antenna as solved by
H. E. Shanks (IRE Trans. , 1960, AP-8, 5, 485) is reduced to solving a first-kind
integral equation which determines the antenna directional pattern. The current-
phase distribution is spec.*.fied in the form of a simply realizable function that
ensures a phaae-stationary point in the integrand. The present article suggests a
Card 1/2 UDC: 621.396.673.4.001.24:517.512.2

L 36192-66
-ACC NR: AP6011446
phase function promising higher accuracy of results. The method is illustrated by
an example of synthesizing a long linear antennawith a nondirectional character-
istic. The slow-varying amplitude diagram results in a slow-varying current-
amplitude distribution; the phase distribution is nonlinear, close to square-law. It
is sufficient to vary the current ~-amplitude distribution (no variation of the phase
distribution) in order to control the antenna directional pattern. Orig. art. has.
.5 figures and 30 formulas.
SUB CODE: 09 SUBM DATE: 27Nov64 ORIG REF: 00 1 / OTH REF: 002
Card 212,0;~,P,

KRUPITSKIY, E.I.
One class of polynomials least divergin 'rom zero on two intervals,
,all
Dokl.AN SSSR 138 no.3t533-5.36 W 0 (KM 140)
1. Predetavleno akademikom M,Sairnovyme
(Polynomials)

5/020/62/143/003/015/029
9,1911 (117 7) B100102
AUTHORi Krupitakiy, E. I.
TITLE's linximum directivity of antennas connirsting or discrete radiaz--
tore
PERIODICALs Akademiya nauk SSSR. Dokladyj v. 143, no. 3, 1962, 582 - 585
TEXTs The exiotence and uniqueness proofs for the solution of the prob-
lem of an ideal, discrete antenna are the purpose of this study. For
simplicity, antennas are studied that consist of a finite number of equaDy
polarized individual radiators. The spatial distribution of the individml
radiators is assumed to be arbitrary but known. The foll?win~ th6orem is
m
set up: an unambiguous totality of excitAtion currents I k k - 1, 2,
n) of the antenna exists for which the directivity in an arbitrary,
given direction reaches a maximum value. The I k are the complex excitatim
currents of the individual radiators. On the basis of this theorem a
formula is obtained for the maximum directivity D which is equivalent
max
to the analogous formula of A. Bloch at al. (Proo. I. E. E., Pt. 111, 67
Card 112

3/020 62/143/003/015/029
Maximum directivitj ... B100102
(1953)). Furthermore, a formula is obtained for the best current values.
The results obtained can be easily applied to the case with radiators of
different polarization. There are 6 referencess 4 Soviet and 2 non-Sov"
A330CIATIONt Leningradek'Ay elektrotakhnioheakiy In3titute avyazi im.
M. A. Bonch-Bruyevichn (Leningrad Electrotechnical Institute
of Communications imeni M. A. Bonch-riruyevich)
PRESENTED: September 7, 1961, by B. A. Vvedenckly, Academician
SUBMITTEDj March 22, 1961

Y i 2 k EXT 1 1B 1) 5 A B G - 2AS D /1, PGC 1-i-h
ti G'. k, . ~.
:;.,Z: AP3000748 3/0020/63/150/003/05)7/0540
-it U 1 1-`U Krupitskiy,_ _E_.
TIME: Optimal lincar antanna~ with differential diroction Characteristics
SOU"ICL" 1~11 SSSR, Doklady, v. 150, no, 3, 1963, 537-540
TWIC W5s antenna characteristics
ABSTRACT.- The Purpose of this work is the construction of an optimal antenna with
a differential direction characteristic; that Is, such an antemia that has in the
perpendicular direction not a maximum, but zero of the directional char-, z:t9ristics
(see enelo3ure). The solution is sought for an arbitrary d/Lanbda, where d is the
dir,tanco between the equidistant point emitters located on a straight line. and
Lambda is the iravelength. It is desirable to have the angular distanco between two
ma--dma as small as possible, and the slope of the characteristics maximal. 7be
results obtained inaicate the optimum number of elements for a given antenna
length. "In conclusion, it is a pleasure to e)Tress my gratitude to Prof. L. D.
Bakhrakh for many useful suggestions. 11 Orig. art. has: 18 equations and 2 figures.
ASSOCIATION: Leningradskiy elektrotekn-icheskiy institut sryazi im. M. A.
Card

KRUPITSKIY, Emmanuil losifovich; AKALOVICH, N.M., red.; KISLYAKCVA,
M.N., tekhn. red. '
(Manual for bench work] Posoble po alesamomu delu. Izd.2.
Minsk, Izd-vo M-va vyaahego, arednego spetaiallnogo i pro-
feasionallnogo obrasovaniia BSSR, 1963. 248 p.
(MIRA l618)
(Machine-shop practice)

KRUPITSKIY M
- A - I P-- !
Optism lira-vource antennae with a zero directional
charaoteriettv. Dokl. AN SSSR 150 no,31537-540 My 163.
(MIRA 16:6)
11 Loningmdokly slaktrotakhnicheakiy institut evyazi in. M.A.
Bonch-Bruyevicha. Predetayleno akadealkom B.A. Wedenskim.
(Antannae(Electronies))

ZVYAGINq Aleksandr Dmitriyevlehl SHABAROVI Vladimir Vasillyevichi
IMPITSM . E.Z.,, iDzh.p retsenzentj CHUVIKOVSXIy, G.S.p inzh.
retaenzentj BOCHKOV, B.F.# ksnd. takhn. nauk; nauchn. red.;
VLASOVA, Z.V., red.
(Testing the strength and vibrations of ships on undervater
Wings] Ispytaniia prochnooti i vibrataii sudov na podvod-
rykh krylliakh. Leningrad, Sudostroenie, 1965. 21.1 p.
(MIRA 18111)

KRUPITSKIT.K.
r- - , - - I I -
Some "limits" in production planning. Prom.koop. no-7:16-18 Jl'55-
(Rfficiancy, Industrial) (MIRA 8:11)

IRUPITSXIT I
Nine months of work according to a new system* Prom.koopenoe3s6
Mr '57a (KLPA 10M
L Nachollulk planovogo otdola Latpromeoveta,
(LatNise-Clothing industry)

KRUPITSKIYO-K.
Conference of representatives of the peat industry of the Baltic
Republics. Torf.prom. 40 no.106-37 163, (KM 1615)
(Baltic States-Peat industry)
~ jj;
I

KRUPITSKITY, K.L.
Promising plan of over-all mechajuzation in the peat industry of
the Latvian S.S.R. Torf. prom. 40 no.7115-17 163.
(MIRA 171l)
1. Upravleniye toplivnoy proqrshlennosti Soveta narodnogo
khozyaystva, Latviyokoy SSR.

KRU-PI-TS-KU I,,- XJA,-
Fruitful collaborqtion. Torf. prom. 40 no.2:34-35 163.
(MIRA 16:4)
%J&3.t,ib 4ates-ftat indust'7)
I
T

KRUPITSY,lY,,.M.p,ekonomist
Improving the dosing of apartments in standard projects.
Zhil. stroi. no.9112-14 165. (N-TPA IF:11)

LRUPITbilyl-M, -- -
Some suggestions concerning now methods for planning overbead
expenses. Zhil.-kou.jtbos. 8 no. 8:12-1) 156. (KIRA 11:8)
(Apartmen'tImses-gaintenance and repair)
(Building-Istimates)

KRUPITSXIT, Te.Te.
-------
On the wear and repair of carriage guld" of lathes and of boring machines.
Stan.1 Instr. 24 no.12:22 1 133, OURA 6:12)
(Lathes) (Drilling and boring machinery)

3 (4)
AUTHORs Xrupiy, N. I. SOV/6-59-11-9/21
TITLEs On the Use of Rook for the Preparation of Triangulation
Station Marks
PERIODICAL: Geodeziya i kartografiya, 1959, Nr 11, pp 25-27 (USSR)
ABSTRACT: Tho Ustyurt Plateau is a barren plain semi-(Iesert. Large
amounts of sandstone and shell limestone are found here.
Sand, gravel or rubble, which would meet the reqvdroments for
the preparation of concrete blocks for markings are not found
here. Therefore, such markings had to be hauled up on trucks.
Meanwhile it has been established that the small pieces
obtained when crushing the shell-limestone conglomerate are
very solid despite their low specific gravity 0-5-2.0).
These stones are so solid that they can be sawed. Tombetonee
from earlier centuries found in this region were made of this
material. It is recommended to use these stones for the prepura-
tion of marks. For fixing and cementing the upper edge of the
marking little sand and fresh water is needed. Such markings
can be prepared on the spot even at temperatures below zero.
Use of stones occurring in this region reduces costs in the
Card 1/1 preparation of markings and improves their quality.

KUBISZ, Jer7.v, mgr.pinz.; KRUPKA, Wiktor, mgr,irz.; KRUFKA, Danuta, ;cgr._Inz.
Device for measuring the Bulphuric acid concentration in zinc
electrolysis baths. Rudy I meta-le 7 no.201-54 162.

The theory of oblique contact of rough bodies. p. 143.
STROJNICKY SBORNIK, Pragueo No. 8, 1954.
SO: Monthly List of East European Accessions, (RUL), Ix, Vol. 59 No4 69
June 1956. Unclo

A'77FMT~'_~,~- i,' A
CZECHOSLOVAKWPhysical Chemistry - Thermodynamics, Thermo- B-8
chemistry, Equilibrium) Physicochomical Analysis,
Phase Transition.
Abe Jour : Ref Zhur - Khimiya, No 8, 1958, 24121
Author : Krupka Frantieek, Horak Zdenck
Inst
Title Determination of Specific Heat of a Liquid in an Electric
Calorimeter from Temperature Change with Time.
Orig Pub Ceskosl. casop. fYs-i 1956, 61 No 5, 536-541
Abstract A method has been vorked out for calorimetric determina-
tion of specific beat of liquids. The curve of beating
up of the calorimeter, containing the liquid being stir-
red, is represented by a parabola and when the constants
of this parabola have been determined It is possible to
calculate the specific heat of the liquid. In so doing
it is assumed that Newton's law holds, that temperature
Card 112

CZEC1103LOWMA/Physical Chemietry - Thermodynamics, B-8
Thermochemistry, Equilibrium, Physicochemical
,1nalysis, Phase Transition.
Ate Jour - Ref Zhur - Khimiya, No 8, 1958, 24121
of the calorimeter jacket is constant nnd that Is no
temperature drop between the liquid being strred and
the voila of the calorimeterie vessel. An eyx=ple of
specific heat determination is given.
Card 2/2

WIT
UT UUV~6 WU
11) all cwhang; cl, llw-nt binovc-cr, tlc
MIC-nmi:tcr =4 it~ stirrctmdi-lip,
(Of ~2fjv V~.Jll iff,11,1a,-T.,; 1 ~'~q I

'ZZ
7171
1

M f nurnwr ca uqui-i-i
Chu 'FrTCVffF rT,.- ". 1z dcLZ
c of tsutumatic trwr, fe vON-
ifit (0
mg, F.-Ovil.ed that, Iblil 4 wnbc1cqj!y

7'

IN W sm
NEW
,
WOMMINK-011

TV, , t
of
LY po"),
Ga frj .1
f-rupkao (bld, "k
KsttdTa fyZlky Larci,itt
1-raha.

y&W and J. Skninwwald (Rdccx. Ns" rd
105-910)-1a dlg"Mt~, triak with
prOemble to S60, as ams hidkAitw au bataince. I%c I=ia
.= AW m*dwwtn me" (COWAOP*Mus faarbil, respectively. the
diM - as. mtt. 034 89 -
S.M!y data nn
7 0". 6&3. ilwa, i5:4;
tivef. A. G. Pot.L,,Lao.

KRUM, Jan
--- -- ....... ----
Reconstruction of tunnel kiln in Louny. Sklar a keramik
12 no.4:125 Ap 162.
1. Elektroporcelan, narodni podnik# Louny,

KRIIPKAI loslav. inz,; HODIK, Miloalavp inz.
Wog= - I --
OVOrhaUl of blast furnaces at the steel mills Trinecke zelezaM
Velke rijnove ackjAllsticke revolucep National RaterpriBe, in
Trime. Ina ntavW 11 no.5%161-170 My s63.
1. Trineeks selazarnys n.ps, Trinea (for Krupka).
2e Vyooke uceni. teohnicks, Brno (for Hodik).

MUITA, U.A. I rm) i.
.~'Itrodu~,,Ing Udlrancod tachnojo&/ In metalvork5mg J~r py-evauret
Yfaalilnc,sfxoen!o no,4253 n-4- 1659 (KRA 18:8)

V. The.Asknnia theodolite an
.1 trJgor-.o:r-e'rIc treasurerent of the
altitude of cables. p. 226.
V0). 5, no. D, Dec. 1S54
ZE7'EI,TqI(' TVI.
S,,'IEIiCF
kraba, Ozechoolovekia
3o: East Europlan Accessions, Vol. 5, no. 5, Fty 1956

PFMP V. CZGCboaloYakla
RUftSiVAlialerung durch hmhfllopnft Rak*Un mdeimn Yertikalen Lichtkool
(tBch~ch-) 8- 10T-110
SO: V~rmssun" 20chaft, &w 1"5.,Uwl.

-- ~ 11-1 1 .
Calculation of the stability of a frame post. r-149 (Inzen%rske Stavby, Vol. 5 no. 3 arch
V
195,7) 1 ra~-a
SO: Lonthly List of Last buropean Accession (EKIL) LC, Vol. 6 no. 7, JulY 19.57. Uncl.

KRUPKA. V.
Certain probipma on the stability of stpe3 stnictures dealt with In the new
Soviet hi-.J 321-55 standard. p. 258. (Inzenyrakp Stavb~y, Vol. 5, No. 5.
May 1957, Praha, Czechoslovakia)
SO: Month",y List of East European Accessions (EEAL) 1c, Vol. 6, No. 8, .Aug 195-. Uncl.

i'I'A IV Y (','inirterstvo stnelb-delvi)
Prnim, Czec';oslowikin Vol - 7, no. 113, Oct. 1059
Lon-thl List of ~:.,st Furopea n AcceEsiOn, 'll 2, Dec. 1~59
Uncl.

0 R
37164
d-'/O,-)2/62,/0l2/CG5/00l ICNi
/0-)000 i:073/1-:335
AUTHC'-': rr,up%ii, V, Doctor "'ngincier, Condi(Into of Scicilces
I
Strongth calciilition of cylinOrical Viin-tvalled
ver-icls with tI-.I-.IsvCI-3c stifrener..;
O~) I C,,.L V. 12, 110. 5, 196'-1. 1332 - 338
T:M: -The calculations are based on the se;:ii-bending thoory
of shells of V.Z. Vlasov. According to A.G.
si.mpli f i cations can be applied if the length wall thickness
t and raeius r are within the following limits:
for PI1r = 5; tIr < 1/30
Or = 10; t/r q~ 1/50
e1r = 20; t/r < 1/100
The principle of the solution is bnsed on sobr4ividing the
stresses and strains in the two parts, the first part bein~-
elementary stresses and strains, i.e. such th,%t instend of a
Card 1/~

Z/O /02/01-,,/o0:71/001/00 4
Strength calculation of .... E073/E"33j5
three-diinension:il structure the pipin;, i!i coisi(!(-.red as !jeiw- a
rod; the second part, expressed in the forn: of seric.~,, form.5
an addition to the real stress and is referred to as I'shell
stresses". In the here presented calculations it is sufficicnt
to utilize the equations for the nori-.1al stresses cy' and the
transverse bending noi.-ients w in the wall:
n
cr, or' + 01-
x xi '2- xii
n
+
s s1 4~- sn
2
(2)
Relations pertaining to other values are similar and are not given
ziince they have little influence on the utres*in cz-Acitlations.
Relations are derived in the paper for hoth the elementary and
shell stresses. To verify the theory on v.,hich thene calcitlations
Card 1/4

Z/032/62/012/oo5/001/004
Strength calculation of .... E073/E335
are based, experiments were carried out on a PVC model of a
vessel which wan 2 000 nim long. 420 mm in diameter and had a
wall thickness of 1.2 mm. The main purpose of these tests was
to determinp the influence of the rigidity of stiffoning rings
between supports. The tests.described in some detail, were made
on the model as follows: a) without stiffener; b) with a
2 x 20 nim trnnsverse stiffener, welded orto-the outside circum-
ference in the middle of the vessel; -c) with an external
T-shaped transverse stiffener; d) in addition to the T-shaped
rinr on the outside, three rods in the form of a transverse
triangle were used as inside stiffeners. The results have con-
firmed that the theory of Vlazov satisfactorily describes the
behaviour of a cylindrical shell subjected to continuous trans-
verse loading (internal pressure). In most cases, the shell
stresses in unstiffened thin vessels Gind pipes) cannot be dis-
regarded. These can be appreciably reduced by using
transverse stiffeners. If the shell under investigation is not
fitted with transverse stiffeners, the stress in the emT)ty shell
at the bottom part of the cross-section is 58 kg/cm2 and is
Card 3/4

Z/oi2/62/012/003/001/004
Strength calculation of E073/1;335
higher than if the shell were filled with water, i.e. subjected
to double the load, when the stress was 11's kg/cr.12. Only if the
transverse stiffening of the cross-section is strong enotigrh will
the piping behave ns a rod. The rigidity of the transverse
cross-section and its deformation are particularly important with
regard to oscillations. Graphs reproduced in the paper indicate
that for vessels with a sm-11 relative thickness t1r < 100 and
lenE.th t.-Ir