SCIENTIFIC ABSTRACT V.G. CHELIDZE - B.A. CHELISHCHEV

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000308320003-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 12, 2000
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

25001 a/o44/61/000/003/002/014
On summation of multiple integrals C111/C333
QD CID
lim e-pt-qr f(tV) dtdr - S
p P Cl -4 +0
0 0
It is shown that under-certain additional conditions from the 0
integrability of f(t,t) it follows its A-integrability. The numbir
S is called W-integral of the function f(t,Tj) over the domain R, if
lim p(x-t)a(y-T (t,,r) dtd*r - S
XYY-400 P 7X TQTY-)
0 0
where t r
(t"r S I
0 0
x
P(X) - I p(t)dt,
0
Card 3/S
f(u,v)dudv
V
Q(Y) I q(r)dT'
0

25001 13/04~/61/000/003/002/014
On summation of multiple integrals C111/C333
the p(t) and q(t) are given positive fAnctions which are integrable
on every finite interval from 1.0, 00). It is shown that under certain
additional conditions from the integrabilit-y of f(t,r ) on R it
follows its W-integrability on R. There are inaccuracies in the article.
Thus, lemma 1 is wrong. Indeed, take as T (x,y,t,T) a function 4f (x,y)
(which is constant relative to t and r ), which is finite in every
point, however, not bounded on Q = (0-r- x < a, 0-c y < b) and which
tends to zero for x,y -+ 0. All the assumptions of lemma 1 are satis-
fied for such a function, however, the conclusion of the lemma is
wrong, since the integral
TIf(x,jr) dt dT'l = I (focfyflmes e
is arbitrarily largebecause of the nonboundedness oflf(x,y). There
are misprints. E. g. on page 83 in the relation lim F a (X,Y)-s
x9y -4 0 %
Card 4/5

25001 S/044/61/000/003/002/014
On summation of multiple integrals C111/C333
it must standi x,y-4 cD. In the formulation of theorem 4 the number
of the relation (5.2), to which it is referred lateron, is not given.
LAbstracter's note: Complete translation.]
Card 5/5

CHHLIDZB, V.G.
-------
Absolute convergence of Fourier's series* Trudy Mat.inst.
AN Grus.SSEL 26t91-104 159. (KIRA 13:06)
(Fourier's series)

CHELIDZE, V.G.
Second Conference of Professors and Teachers of Mathematics of
Institutes of Higher Education of the Georgian S.S.R. Usp. mat.
nauk 18 no.2:207-210 Vx-Ap 163. (KRA 16:8)
(Georgia,Hathematips)

CHKaIZE, V.S., inzh.; SHANIME, M.I., inzh.
PS-1 shoot cutter. Trakt. i sellkhozmash. 30 no.11:34 N 160.
(NIU 13:12)
(Sericulture-lquipment and supplies)

CHMDZx. V. S.
--- "".
Tensile stress of tea, flush and leaves under static loads. Sell-
khozaashlna no.12-.~-9 D 057. (KM 11:2)
(Tsa) (strains and stresses)

CHILIME, V.S., inzh.
Instrument for determining the deformstion of stem. Trakt. I
sellkhosmash. no.4-.28-29 Ap 159. (MIRA 12:5)
(Taa) (measuring instruments)

CRELIDZE . V - in2h. - - - -
Damages to tea flush in tea sorting and harvesting mach-1--ery.
Trakt. i sallkhozmaeb. 31 no.10!23-24 0 161. (MIRA 1402)
L Gosudaretvennoye seriyno--konstruktorskoye byaro Gruzinskogo
samarlthoza.
(Tea roauhinery) .t

CHMIDZE, Ye. F.
Dzhnnsshvili, A. G., Mebukp, Ye. M. and. Chnlid.-e. Yo. .- "Noter. On the Jjjjbitrt Cf
chnmeloons within the boun&tries of Georgia and on their maintenance in tht~ Tbilisi
zoolo,~icnl park," Trudy Thilis. zoopnkp-, Vol. 1, 191-3. p. 61-65, (In Geor&inn,
resume in Rusninn), - Bibliog : 5 items
SO: U4934, 29 Oct 53, (Letopis 'Zhurnvi Inykh StnLey, No. 16, 1949).

L
CHELIDSE, Ye. F Cand Agr Sci as) "Concerning
V~an ~alrhw
perspectives ofeavelopment of animal husbandry-4f=tM.
C in No Mtskhetskiy kiyon of the Georgian
SSR.N Tbilisi, Pub House of Georgian SM Agr Inst,
12-
1958, 28 pp; -vd"Aww sheets of tables (Min of Agr
I
USSR* Georgian Order of Labor Red I~anner Agr Inst)
100 copies (KL 21-58, 92)
55 -

MEBRYAN, 0.1.; CHELIME, Z.A.
Pulse method for manuring internal friction. Soob.
AN Grua. SSR 31 no. 3s565-568 S 163. (MIRA 11t7)
1. Thili9skiy gosudarstyennyy universitet. Predstavleno
chlonom-korrespondentom AN GruzSSR H.M.Mirianashvili.

ACC NRj AP6018934 SOURCE CODE: UR/0203/66/006/003/0613/0614
AUTHOR: Nodia, M. Z.; Vekua, L. V.; Chelidze, Z. .; Pavlenishvill, Ye. Sh
ORG: Tbilist state University (7bilisokly gosudarstvennyy universitet)
TrrLE: A method for studying the secular variations of the Earth's magnetic fi before our
era
SOURCE: Geomagnetizm'I aeronomlys, v. 6, no. 3, 1966, 613-614
TOPIC TAGS: geomagnetle field, earth magnetic field, secular variation, paleontology
ABSTRACT: In order to obtain data on the secular variations of the Earth's magnetic field
before our era. the authors- collected more than 300 samples of 50 objects, for six of which the
directions of the astronomic meridian were determined. Since these objects were only roughly
dated, they could not be subjected to conventional research techniques and a new method for
st;udying the secular variations of accumulation on the basis of these objects had to be devised.
Recqnt theoretical work Indicates that the absolute Intensity value of the earth's magnetic field
unde Fgoes variations, the periodicity of which has yet to be established. On the basis of paleo-~
mag#etic data It may be assumed that this period Is not less than 5. 000 years, while the period
of s"r accumulaUon variations is in the order of 1, 000 years. It one uses as a point of
I
,-CG4 1/3 UDC: 550.384
1.

ACC NRt--AP6018934
'V
Fig. 1-
41 41 U U U
departure the curve k f(t) before our era
(Fig. 1) and if a curve I = f(t) is plotted in
nformity with measured values. such a
c
o
curve,%vill appear as shown In FIg. 2. It
is clear from an analysis of this curve
that the character of the cumulative chanp
was sinusoidal even before our era for the
territory of the Georgian SSR, while the
double amplitude lies in a range of 10-
600. If these results are compared with
S. P. Burlatskaya's curve (Sb. I'Magne-
tizm gDrnykh porod I paleomagnetizin!'.
lzd -yo SO AN SSSR, 1963, 245), all the
points Nvill be found to lie on Burlatskayda
hypothetical curve (Fig. 3). The points
for samples ascribed to the earlies eras,
forwhich k = 0.5, agree well with the
logical extension of the k = f(t) curve, -by
which they can be tentatively dated as
belonging to the 35th century B. C. The
Fig. 2
Card 213

-1-05249Z-7
ACC NR-:--AP60'1-8-934
t cumulative value of these Items, equal
to 39-400, falls quite satisfactorily
ft!
Fig. 3
on the descending branch of the sine
curve I = f(t) (Fig. 3). Thus, completx
agreement Is observed between the
authors' results and those of Burlats-
kaya, In conclusion, the authors wish
to express their gratitade to G. N.
Petrova, and S. P, Burlatskikya for
theirhelp. Orig.art.has: 3flipres.
SUBCODE: 08/ SUBMDATE: 08JU165/ ORIGREF: 005

GHALIKABOV. K.H.-, YMLIYANOV, N.F.; ANAWYNY, N.A.
Studying the Incidence of diseases causing temporary disability in
uschine-tractor workers of Ryazan Frovince.2dray. Ros. Yoder. 2
no,1:11-15 A 158. (91M 11:2)
le Is kafedry obahebar aigiyerq (zav. - doktor seditainakikh nauk
prof. N.F.Towl'yonov) I Wedry organizatell adravookhraneuiya i
Istoril wditelo (sav. - doteent N.A.Ananlyev) Yoxanskogo medi-
toinakago Institute.
(RYAZAN PROVIAM-MICAL RIG=$)
(KACHDM-MC?Oit STATIONS-HYGIANIC AWSM)

CHELIXANOV. K.N. (Plyasant)
Some material on the hygienic rating of working conditions
In sachine-tractor stations repair shops In Ryazan Province;
Gig*' truda I profs sabs 2 nos5151-53 S-0 '58 (KID 11:11)
Is Neditelasking Institut kefedra obahcher g1glyanyo*
(UXM PROVINOL.NACHM STATIMS-MIMNIC ASMOM)

C~Mv, K. N.., Candidate Mod Soi (diss) -- "Sanitax-y working conditions and
the disease rate of the mecharizers, of agriculture inByazan' Oblast (Based on
material from 45 MTS in Ryazan' Oblast)". Pvazanv.. 1959. 18 pp 01yazan' Mod
Inst im Acad Je po Pavlov, Chair of General B~rgiem., Chair of the organization of
Health and the History of Medleim),, 200 copies (EL,'Ro 23, 1959, 173)

YEMELIYANOV, N.F.; ClIBLIKANOV, K.N.
Reasons for disease incidence among stock raisers in f~yazan
Province. Zdrav'. Roo. Feder. 5 no.8:17-20 Ag 161. (MI-a 14: 10)
1. Iz kafedry gigiyany (zav. - prof. N.F.Yemellyanov) Ryazanskogo
meditsinakogo instituta.
.. (RYAUN PRMINCE-4GRICULTURAL WORKEFS-DIS EASP AND HYGIFM)

YEMELIYANOV, N.Fav Prof.; CHELIKANOV, X.N.
-
Toxicological characteristics of the accompanying generation
of gases in the production-of artificial fibera. Nauch. trudy
Riaz.mqd.i'nst. 23t25-29 163o (MIRA 28:32)
1. Kafedra giqlyeny (zav. kafedroy - profesRor N.F,Yorellyanov)
4azansk,ogo maditsinskogo inatituta, imeni akademiks, I.P.Pavlova.

YEMELIYANOV, N.F., prof.; CHELIKANOV, K.N,,- LEUS, A.M.: VALIYEVA, S,S.
Ryazan Combine of Artificial Fibers in the light of sanitary
hygiene. Nauch.trudy Riaz.med.inst. 2300-37 163.
(MIRA 18:12)
1. Kafedra, gigiyeny (zav. - kafedroy - prof. N.F.Yemeilyanov)
RyazanBkogo meditainakogo instituta imeni akademika I.P.
Pavlova i Fqazanskaya oblastnaya sanitarno-epidemiologicheslcaya
stantsiya. (glavnyy vrach - A.M.Leus).

,CHELIKIDII-R.F.; GOLUBEV, I.S. (Moskva, 1-327, g'. Babushkin, Kalyayevskaya
ul-itsa, dom 25, kv.7); ZOLINIKOV, S.M.
Effect of reserpine on the dynamics of the electrocardiogram during
mitral commissurotomy. Grud. khir. 6 no.208-62 Mr-Ap 164. (MIRA 18s4)
1. Laboratoriya funktsionallnoy diagnostiki (zav. - kand. =d. nauk
G.G.Gellshteyn) I laboratoriya anesteziologii (ispolnvayushchdy
obyazannosti zaveduyushchego - kand. med. nauk S.M.Zoltnikov)
Institute serdechno-sosudistoy khirurgii (dir. - prof. S.A.Kolesnikov,
nauchnyy rukovoditell - akademik A.N.Bakulev) AMN SSR, Moskva.

KOGANI B.M.; HEYTINA, R.A.; POKHOVSKIY, A.V.,- CHELIKTDI R F
Changes in the functional state of the myocardium, bloo-lectrical activity
of th6 brain and gas metabolism during surgery for aortic coarctation.
Vest. Mir. no.7t97-102 Jl 164. (MIRA 18:4)
1. 1z laboratorii funktsionallnoy diagnostiki (zav. - kand. med.
nauk G.G.Gellahteyn) i otdeleniya khirurgii sosudav (zav. - doktor'
med. nauk Yu.Ye. Berezov) Institu"a serdechno-sosudistoy khirurgii
(dir. - prof. S.A.Kolesnikov, nauchnyy rukovoditell - akademik A.N.
Baku-lev) AMNI SSSR.

A.V.-. NADZIN11,111VINOV, L.T.., CWELI~~Dij
late evaluaiion of the effecti-veness cf surg 'n ecarctat cn
very
of zhe aorta. cov.ned. 28 nc.lIn204r-m1C7 N 1,S5,
kM 1 RA 18: 12
Otdeleniye khirurgii sd~udov (zav. - prcf. Yu.Ye.Perezov)
4 Iftborator-i-,rct fijrikt.-.1if-,nn'f~i)ov diagnovi U-1 i",
IM-ok G.G.Gellshieyn) Ins'Llituta ii,irurgii
(di-rektor -' prof. S.A. Kole sni kov; nauchnyy nikomodit6l'
cOndandk A.N.Bak-ti'lov) AMN Mlus~va.

kRWKINp B.; FERDMAN*j M.; HUMBp Tq ZAYTSEVA, Z., prepoftvatelf;
CHELIMI V.; VOLMDV, j.; KLAPISHMKIY, L.
'-p--
Expand paymmts tr checks. DenA kred. 21 no.2s6O-66 F 163.
(MM 16 t2)
Is Upraylygymbably Gukovsklm treatom ugollnykh predpriptly
kombinata Shakh%ntratelt MInlaterstva ugollnoy prorphlennosti
SWR (for Lbro*n). 2. Glavrw bAbgalter GWwvskogo tre 'vtm
ugollmykh predpriyatiy kombinsta Shakhtantrateit Ministerstva,
ugollnoy prow7ablennoqti SSSR (for Fardman). 3. Upravlyayushchiy
Gukovaklu otdolonlyem'Goobanke (for Malyah), 4, Odes5kiy ,
kroditno-okonomichaskiy inatitut (for Zeyti3eva). 5..Kachallnik
planovo.-skonomichaskogo otdola Swwkoy obla6tnoy kontor7
GosbLrda (for Chelikift). 6. Starshiy ekonouist plmovo-
gkogo otdola Swokoy oblastnoy kontory Gosbwflm (for
Volkov). 7, GlavmWy bA4alter Kiyevskoy transportno-
ekspeditsionnoy kontory (for KCapish"skiy).
(Cha6ks)

KELIN VASILESKU, Adrian (Cholin Varilescu, Adrian]
D:provIng the performance of the engine SR-101 by increasing the
cwnterpressure at the exhaust, Rev electrotechn energet 5 no.l:
129-239 160. (EW 10:4)
1. Conite do redaction, Revue dlelectrotechnique ot d1onergetique,
secretaire scientifique.
(Rumania--Automobiles)

CHELINSKA, M.
Elements of education and world out-look In the teaching
of geography in grads 5. P. 32. Warssava
Vol, ?j no, ;j Jane/Feb* 1956
1A V1 HOLE
SOURCEt East European Acession List (EM) Idbrary of Congress
volo 5. no, 8v August 1956

CH=-RJ3KA, M.
Spontaneous observations of some climatologic phenomena in the light of an
inquiry in the 5th grade.
P. 261. (GEOGRAFIA W SZKOLE) (1darszawa, Poland) Vol. 10, no. 5, Sept./Oct. 1957
SO: Monthly Index of East Europe4n Accession (EEAI) LC Vol. 7, No. ~, 1958

IT - A- T,9- and ROGINSKIY, S.Z.
Experimntal Testing og the Sup6rBaturation Theor7. (III). Low-Temperature
OxidizIng'Reactions on Niskelous Oxide. Zhur. Fiz. Khim., 22 (1948)., 11.,
1360-1373-
SO: Translation-25244-67, 30 Apr 1954.

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itni,01he rvaction uall coniplIcte at 6W. alivir mAing. a
t. of lb it, 1104211,01-CNI and 12.5~r,. ll,'OEi
-t H~W. t" yiAl Ai%
This "Ififillt.)and IS llu~S.
wt-fe m4iltil ttvti 2 hrs. it, VIONA iftont 4.4 X. No I in C'n
cc. hrnt~nr jo,allove.1hon beAtiril jo 4Wfqw2 his. to y4M
, of i he Na raplasr 0
Oev;pi%iftdea, alight twimi rrvilhich wevilikettedtdT. Thi.
Wat; r"U%lierld"I in 00 or. belizenc Well Ovalwill with 17 it.
A#,Cl at 4141-V to yieki &5TO avrdfu7mmilb rimi-ft-4hary- goo
00 43 j&
Thl%0
ill APO (T. lwllrrtir wa.4 Mini mith ~MjWI4hm Minn 990
00 a 1.34 6, arclatuldlue-110 atilt IIION4 InV1011) and ods 4100
goo
111r, ov-'idtle Was'lissoll-t-d in 20 cc. )it% Koll. leflilitima Im
2 lim, anti Irraled (pit coltMix imith P) m 'A)% IC011 to coo
iricid 57% ill
A% in. Pot 1bll*'(l"illl mmi). Ji'hl~ atilt nill goo
111ty in AcOll on Ilk-ating gavc clillit'llavvi, wa%ext4l. "ith Is" 110.11141 the a'ul -I.
'jr'.ro- (j)(",q). Wa,4 Inixt4l with th'. MV'CO ll1vtA'1c*r liqtlm. the miit .3,
The -vilarnin '.4, -vm% modumd 4; Ilic t-ustounary contlen- tfrat-l Mith 411Y -NaOll atilt K'CO' for of 0:exlv'-
"fion with bhr thlaxetle corripormirrit vithif by dittet fusion CO la)-Vr, which Oll'Irying was disill. to ViOd Ill,-
4 or in Clfllr,. A rrvirrry method far vicem Illettivi. bp MI
to**
2.1 -aLL
seem 91111411A..
161141110 "ll..O." Coe 11JI&I't CK Gv M
9 p I 1 9 Mil 0 a v 1 9 ill I m --i-2 -.7
a it R a 4.9 at it so

610
all
stem!
so*** ql-::O:~0-076006 ease** 000 of@ 9,99999
1 v loll mum maps b4)41Qm"
c 0 0 G a a IL 0 0 a P-6 a !; cl, a is
44,11 -L~. It -4 k t-4--f. I.-
111"1111101
40
got ii ww
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4b "'O0
00
son
00
0416 00

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00 ic
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00 U_ Toossolorism. Owlintsm MGJI~ lii~ -ilkirlIVAITI AThl I,VUVIV`~, j-1 iWAn"11,41togi of tuh%lA1hiftM
cullf i C_W'"VW-313-24, d. CA. 41. to vyvinikift, etc,. jiti hilt ol 11,11iple I . r~g . Of.-
00 bmu t
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00 #~7 JVW Study of U11K. jeArtionii " JI&S1809011tWO to ClAdAY C11011.1 _ C_1 1-111CWCUCII.M.. (W) Adt -9 vuultWe _*0
*0 vulfrut WAS on site voompt of l"Itamelim. 14 Winds in conjupted systems. (2) v.1rucy unto
..
l .1,00
gr*ttl
Inuim
with mult
ivk bunds. where ! cycle is formed or
00 wb~vvr the c6poir twb"Ae go eanwrimtim of residues dirupird: (3) -cyvk--t&utoCM7Wm, where a cycle is-

06
a hUU- (kt' "S's"Ormat'aM &M MI-161d M diruinishnl; (4)
00 ~4~bk into 2 rotin groups, (a) tra"armations
with "liVAtim of ions or rodivals (i) &1ung a clisin
e.g,
I
"
coo
.
.
n
Ure. as
00 0: gaMord by the Inim-ille (4 cuiuirmtke of re.
iiddo.,- ow decompa..
%ittilile caurs 14 vuNtillitim. t
:
0 alkither 00 a sin
le
to
i I !,

s
ol. e.4.. c
a-trans jAxneri..
g
'
so C.
where tbrtr recmbiestisms,
e '_1 ruptures and 2 %"Wb MMOOVI=601111 take PUCT iOdCpMdrnlly of whether vo
00 tAutomeric trandoritutims. Involving UUMMIN"Istions of the prvce~% are 6o"Wric or nouieo~
reversible OW i.
.
residues. where in tuost cases thwe is OW W and one irrrvrs,%ilde. ionic at radical in character
ami hence the
00
f 60
.
OM o
jecombittation SiVINS I-
tbrn
t
f
.
acTme
Z' the oFWnal tnish. TAutcmneric trar"
y
ifts In not
t-lr~ 4 the Ah,4v urjrjy,-j hsh
00
ctssifint into 4 t)-%".1 (1) "Talency tanto"Wri"',
b
t
h
e
tOt
W
CCtA%WA1lA%UlVrWALn%. JAutmtWirr~Cti~
with (1) AlIctAtion t4 the nature of multiple Ox.. double,
tion of IHAY he clamilied U "lautinnerie i�011iffilAtiftS "taitta~
1
i
n UW
0111MR I
triple, etc.) twnd, lit residues, as
MW subMitutiMS.- -tautomeric adds%.,'* -tauto.
MrSKIUMIly AnpinaJOU'A &MY1,16011 prod-is J cy-Mrs.'
turvic decompts.." A
11111itfs. 14114 Ikulfilr*. in The imlAwke Od WoolAtT with
.--so
too
t
Cit UW 4S too

1:00
too

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174
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too
go C Wma tinhf. (Wit.
CQ-W-MWW",
Ogg
j'4rjN1pW.Tccn%1dMd 1IM'su4orstst with thst,
0 =-VAU"Ure dwary. and ttvt~whctniwy.
in twtkular in the GM of tautctinsefrism, as it blan The
000,
I*Alk' V111111" Of welklefined. Mal. and IndiviAnally 16-
few al'anduamrsit cd thr eldiamspA ptoo
cumvpts and fartbrr devew"W"I sky" Stuirily C6"61
livers. Ind& direcUms, orbital and "emitact" bomb we f =06
dim Pan am avembf Coe
atumit inbeff by tw Ital Varticla by
Jeff
bands. Iler I I ZOO
U1 inviter points, rw annnatic, ring k c crimt 1,%
ad by a tautmantuts (vitu versafewrion) c4 its too
so a IcAtIrts At StructulAl
it goo
ImMmlattive wUrb we cim mussily explairwil by Irst-Axt- 2
4%"M or a" A aw N..Wt of I(pirmatirm of "vattect tionsis
le
Wighboring atoins of cq,lwp" juslAritv. within
ibe limits at the sittru orbital giructum. A cmulArte
-mv fansictum thetwy" can be built on the issic ctAl-,tk
I..&Riossa .0 ftsowdination. and
Stn,-sling to Transuface.
ti
t
(III- "Mots.) 1 .1113, am 41- Ass,
to
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mi G. V, I;rw. I /If"'
it"s."i R,) Ift,
In.1101114110- I, MkIt"i In llwln&liml c' Pyr"""-
Nit., The jx~rlfurls were wrillifmi
by krumn phys. cmst%- AM bY lo!"'a"'
All. All
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.
4 J. GOO. CWW.
m
ol
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ituftlan) -
'*4AjUjloo(A ,
tmtsd with I until the wt- S'Alft W&34
0 .
malls of a go. of imms. acme
11.1Oft IWO) may for I br. the Soln. trTated with 6-1 1- AcOll- the
'
"
t
'

tm xp6imd as the basis of a tantomrtk c%NW of the Odd

be
i
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d
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fi=
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t
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(l)
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S9 04 3W W
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er
A
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4
swi mWt.Wm4W.W"svob-'k70mud
: 0,00 at 0' wkb 8 tmam - SO PhNsa ha Wk. Oak.;
I---
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t
rom
9-.
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6
k W Md women. temmi QmtW W" the P-t-t -
L.,
.POW r%mmm h I= (Ana. nk (2).
M

a m 1'. too cc. omen were treated
(06.) si
=
00 .' qbmummum wrt.mmumlos.; ahw=fw
,
X) k" the am, dilciemsWee. on by
i :sroo
ms.
dn&p (
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fAw 41twed off). em. ?1!9t a
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conven-
lb
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to
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h
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Woo

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4t~~~ 1111084 d"W dot MASI SIR Wv I oil

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i A it P 4 -W~A- 12 A A I
A -1 INV
PROC96*14 AND P90F921QS MV44
a0 Kolb* ISOC11". V. Chelinucy .06
and L. M. Saturgoaskil. J. Cta.
1
-Pb
nd
i
WW
M (5
0
i
k
)
CW
A
a
Uu
A-
141V"(19
n
%n).
)(
OM g. pmd. N& in 20 cc. dry xylenc wrm irditued with
stktft Im I br. On cooling, 1.7 g. glacial AcOll was
t
0011 &4&4 dmty (dw. with an equal vol. of CA11.) and tbr
a
~16 smixt, was ma'. tar 90 ads. at &)-M*. On Cooling,
i
l 1.1 Si CO(NKPb)v vu AkerW off; twkr cooling of
the Mraft gave OJS g. fri-P4 imepsuram (1). m. 2,2-
ass
4' (from RtOH). PkNCO (IA S.) m4 FbONs (tnxn
0.2 a. No am! 1.4 a. F%Ml in III cc. zyk-M) brated in a
gave I (after twelverat with
wakd helor to 2W` 2 Son
SC'
Is", (from Moll)
dsma"O
M
Nam) MA amm
.
.
'
i,
u
01 CE)(NHpb), with NAM gave "fi.
smiw holifte
see
-
Ph carbamilate (4
ACCIUCCIAS
63 8
3 8
c
)
lam"

iwa .
.
.
.
.
,
y
saw 0.5 6. 1" in IOD cc. merb Ims sth"d at rooms temp.
aportionaltbe

ge

w 14 with 1%
vbkb sold. m
acidAmmimit d the sq. malm. gave Fj w-amilhommitmodau.
M. 117% in by an sollmotir ""Ple; the muftintler
d too ppl. Was orystd, from mwl, KIM. takto up in

oe*
WOW, mmal wwwwi with IICI to give 11111111 ~Ndik
d "w"k am. Time Kdbt ftwOom iowd7v;
M. 1300
it 1
-- 1110 ad the 1PbO I= or with
I -C). so that an argument as to
tb. Ed its bomm (ie. ortbo
Its bwas " is air istramol. ~I= in meaningless.
The wk if GftdL=m (CA. S8. 121VI) is in 9 . thw to
f
h

or t
e Otating
bis unwimp" of a wrong stmetum
"NoWN md of absence at M.NCO in his reactim mists.;
bel", of the Rollie mictim III withmt bR%b.
r

A I
b u w &Y iwal
o
W a
An 4 1 0 0 9 1 v 61-9
' "
a It 0,
W a I m

e ;
else: 0 J _
.*-*
i-.4;
000000 0 0:1111:9 0 **so 0 0 00 0 0 0 6 *
41 0:9 0 6*'*;-W*.WG;*'*

*!;-; ; : : : : : , -
IV
gal d I a 1 11 k If 1) It U a If 0 11 M AS w 91 1. 4,; .2
4 1,
r,4 M,r.U x it cc w I,
00
oop "16
a'
C-
0 0
00 The wasok boad. G. V.,Chr limit. flood.
: set. (IdsTr 56. orbioui ku-6ni.
00 None U( %be bror"lAvArt-Owd fwlluu, (,or tile l,tusfrup tilts
sea is milorvator is doommlibing the lifoultijolwity V4 'AwInAkic WAIJ
siptrolo. A tww coritAct loorMI114 i, ImNiiw-fti. in allich
I a
It
l
W
h
d
I
a
i
II
A
or"LAtor
wirg"
y 1". S$
". c
scmPilloor
s
w fins
C attamoil, laormul"S a orlowl orbitally Contacted cycle. lift,
foritluk Cep be Used to explain the tollworrel lACI% in
-3 firk"fatiow. orr-rondneornwalf, of Sub-liturnts. still Trpj.I%T-
001) IlleninwOms. it rjin aim) be jilq)lird top Inflyt-yviwand
Jorterwyetior pyarons. The 1wintilkil loraturr tit not alto.
*0 inala: boW in tho ctonvelit Wthe frxi-tvnov t4 A 0-1
SO -.y.tetn of bowl. loortafivo altern,arly Ch'IFAI'l till-Illift-1, IIC
a ring Sar""more. whicis A tile Ino't Y111111tiriv
arT.tagortnest ol a woLtek -4 ork-ciron% upplied toy tile
UB-hAfVd election jmir%. The nont-sWenct of aitiviiitir
tumid is wmll or large ringN i% expWried fly the fAct Mrii
1,1114119y Cap"Affittiet (JIVC11,411sills tilt WAI~IfClt alj&jt.~ V%elled,
the ortiergy, Sun rrWrwnted by the Afuniatic boad. This
comov" Malov" the need for the indefinite r1tvitron-vioud

IWA idea of the wanturn tortufalor"t of such Syst(IIIN Und
prrcr"~S tit! imidividumlity of the riectroax. C-NLK.
A 11-11.1h 411111 LLUItG NICAL UTIFOATLOT CLSOAPICATKU
4.4 301 1010pt it C., Obt
v
U 0 AV .0 All, " . . I
to, ap IV so Im a A Its 1111111B Its
.11111 tit
An I 1 8 f!Md D 4 5 1 w a 0 a 6 3 0 9
Ito 0 1 in
00
..00
.00
=06
Coo
;i'ZOO
X00
00
12i COO
400
goo
logo
t:90
11209

""HELDITZEV, Q- V-
Peb 1947
V. Chelintzev, 6 pp
'01tv Ak Nauk M&W No 2
The authoar',r6jecta the rescnanc6 the6ry of re&6-
tI=~ as an expression of the tendenev to reduce
chWcal phenamena.to iLechanical ones, and a
"machanlatleal blunder."
PA 8Th
Ivib+-Ori. chew%. Hs USS

CRELI14TSEV, Ou. V.
P.4 15Th2
uw^ww" -Alkylattan 194i
Chemistry - Ftbylene
"The Phenomenon of Alkylation of Etbylencyanhydrine,
vith Carbaniun Ethers,," G. V. Chelintsev, Z. V.
Benevolenskaya, B. M. Dabinin, 4 pp,
"Zhur Obahch I&W Vol XVnJ* No 2
Ability or etbylencyanhydrine to alkylate to
oxygen In the presence or alcoholates.

G. V.
PA 15TO
MR/Chemistry - Acylenols TO 1947
Chemistry - Pyrimidine
"Same 'Acylenolal,,
G. V. Chelintsev B. M. Dabinin
Z. V. BeneVDlensta7a, 5 pp
~*Zhur Obahch J[hhi" Vol r!II, No 2
Methods of obtaining lacylenols' (stable substances
,deriTed In pure form., readily obtainable and useful
for v lous syntheses) and their use in the synthesis
'of pyrimidine ccopounds.
IN43

w v v III
? a Ic 11 12 'j 1, J$ 41?1 )? 2. 1 A'~ it u 11 m b:6 L. a m mi II di &1 61 a
-7--f$ I I ~1:1 b
A a -L-x- L 'r 1--& f I, P. _Q It-I .-U-_ " ~ A k~ b A I
It p ct~"i ts 4, I~ 7! ..1 -t I
A
00 'ft,nil IN K-I
l1wl.
ad' I-so
06
-00
a moo
*0 'a zoo
960
00
so
Mee
tie*
no*
j-,L~L% a L a 841ALLURCINCAt OTINAVILAt CLA%SWKAIICVI tie*
41- - - - we*
Oar
so
III It AV, 00 . . . v IT MA I I a N 0 0 a I III Is -13
9
llo* 0 * of
0 We"* 9e 0 0 We 'o 0 6. 0 -0 -0 0 a 0 00 00 0 0 0

C,4
diuvwkon cA Newwynnov'p, fivrtnaltiou~ (C.A. 40.
34511; 413.74124) tA evil. haksmeentry 4terivs. Thervaily
VICAMW of At or$. ved"Is. films thew, NuWallcv, i, rx~
plainable by wV4Mucvd bond Warization and dtx, wiot
invoolve The hyperemitlExtitm conerpt. The lia-alling M
the trwwmmv thowy i% lft%ru~,"I, nith the volichl.ion
that it i. not Only Uwr)t.,. lull ortually may hitaler futuiv
Them. IWOSMS. (". M.

for. 24.
e) hgwy of with
ftit at an It
it nxxr "'Ismt eltamph.
rrfr., into (.h I~ k alfLc&,vl:
Ifni * In, nrla.
1h, k,.tnm Ivi pa i flillemenfln'. qudilturn
f Imlloo of -,h (
In 0,
it le*fl dk,11
C4 If$ ikq Irej a"ific.17

USSO--beiiiot,ry, - Resonance Theor~ Feb 51
"Lett..,Ir to the Editor Regarding V. M. 'Tatevskiyts
Articl, On the. Theory of RePonance, I" G., V.
Cheltr~tsev'
"Zhur Piz Flim""'Vol )M, No 2, pp 239, 240~
Crit,;-.:izeo V. M. Tatevskiy for (1) usurpatio'n,of
Cholintsev's priority in criticism of theory of
resonance, giving Chelintsev no credit; (214n-
compIete criticism of theory based on quantum
mech aspects. only; (3) acceptance of postulates
of d--461ocation and diffusion of electrons, which
in effect retained resonance theory; (4) acceptance
184T36
USSER/Chemistry - Resonance Theory Feb 51
(Contd)
of Masorrerism; (5) nonacceptance of Chelintsevve,
orb'LT.61 tbeory.
184'T36,
ra
Ca

Um^01018try - 8tMICtMILI MwQr7 Jan/Feb 52
Mesponse to Critics or the Nev Structural, Theory,"
G, V. Chelintsev
"Is Ak. Smu'r SSSR, Otdel Khim Nauk" , No 1, pp 190-195
Taboo issue vith the critics of his theory (0. A.
B&utov; N. D. Kursaxwv, B. M. Dubinin, M. I.
Ubachnik,.Te.' D. Kaversina, et al; M. V.
VPI'Iiehshte~n; A. N. Nemmynnov). Reasserts the
brinci,ples or thi'arbital contact theory vhich
a localization of electr=ic orbits;
~'20ft5
UWR/Chemistr3t Structural T~O~ Jan/Fob 52
(Contd)
6 electrovalent bonds in the benzene nucleus, &M
alternating charges at the carbon sitwo of benzene.
Refers to V011kenshteYn 88 One of the chief
props.gandilsts'of Paulingis resonance theory in
Us UM
20ftI5
C-3

USSR/Chemistry Structural Theory Feb 52
"A. M. Butlerov a Theory of Chemical Structure and
Its Recent Successes," G. V. Chelints*v
"Zhur Obahch Kbim" vol-wft, No 2, pp 350-360
The present confusion in the field of chem,theory
forne a serious obstacle to scientific, practical,
MA Ideologhcal work of chemists as well as to in-
struction. IP%etsoln to the difficulties is given
by G. V. CIM in sev's theory expounded in "Outlines'
of theJheory of Organic Chemistry," Gookhla:Lzdat,
1949.,IfB. A. Kazanskiy wA G. V. Bykov wrongly in-
terpr6t Butlerov's theory in their introduction to
'209T33
USM/Chemistry - Structural Theory (Contd]) Feb 52
to his collected works (Acad Sci USSR Press, 1951)
by supbAsizing a purely mechanistic viewpoint which
Butlerov did not share. The report of the Commis-
sion of the Dept of Chen Sci, Acad Sci USSR, re-
J*ete Ingold and Pauling's concepts of resonance
and perturbation, but is at a lose to explain dis-
pla,c~ent of nuclei and changes in electron density
from a purely mechanistic standpoint. The ~nee*s-
sity, of, using supermech (purely chem) Ideag,'Ja par-
ticularly apparent in the theory of conjugation.
Resonance f oramlas' of benzene should be rejected
unequivocally, but the change of covalent into
*Ioctrovalent bonds t6 double bonds and alternating
209T33
USSR/Chegistry IStructural Theory (Contd 2) Feb 52
t,charges of opposite sign at corners) must Was-
cn smed in order to WWI&Jn the gain of energy.

CABLINTSM, G.V.
.............. On the second edition of the Report of the Committee of the
Section of Chemical Sciences of the Acadeaq of Sciences of the
V,S*$eR,:*Statu6 of the theory of ahemicalstructure in organic
chouistry." Shur. ob. khIm. 27 no,.8:2308-2310 Ag 157's (KML 10t9)
(Stersochomistry)

CHELINTM G.V.
T.M.1feneberger's p"r Meorstical chemistry In Russia.*
-f to..kh1m. 31 no-3:726-731 lir 157.
(MM 10:7)
(Chemietr7, Physical and theoretical)

ACC NR, AP`70007(~)2 SOURCE CODE: UR/0089/0/621/0'
(A 05/0383/0383
AUTHOR: Chelintsev-.N--G.
ORG: none
TITIX: Approximate solution of the equations of dynamics of a nuclear reactor
SOURCE: Atomnayza energiya, v. 21, no. 5, 1966, 383
TOPIC TAGS: nuclear reactor characteristic, approximate colution, kinetic equation,
approximation error
ABSTRACT: This is a summary of article no. 1001/3665 submitted to the editor and filed
but not published in full. The orticle describes a method of solving the system of
ctor differential equations for the number of neutrons and the reactoz dynamics'
ea
r
for a known reactivity. For small time intervals, formulas are derived using the
particular form of the perturbation and making it possible to obtain in relatively
simule manner their ipproximte solution. For large time intervals, a method of suc-
cessive approximation of the equivalent decay constant is used. A formula is derived
for the determination of the error. It is shown that the method is applicable in
-e w"
those cases when the solution is close to the exact solution. For the ca hen 'he
reactivity increases monotonically and the power n increases by a factor of' many times,
an approximate solution method is employed, using the reciprocal period as the vari-
able. A method is described also for numerically integrating the equation and thus
reducing the volume of computation. Orig. art. has: 1 formula.
SUB CODE: 18/ Sum DATE;: 22mar66
Fcard U

L 0727o-67 EWT(1-
~CC NRt AT6025316
AUTHOR: Chelintsev,'
ORG: none
SOURCE CODE: uR/oooo/66/ooo/ooi/oo92/oo95
TITLE: Numerical integration of the equations of reactor dynamics
SOURCE: Moscow. institut..Upravleniye yadernymi energeti-
cheskimi ustanovkami (Control of nuclear power plants), no. 1. Moscow, Atomizdat,
1966, 92-95
TOPIC TAGS: nuclcar reactor technology, numeric integration, finite difference,
reactor neutron flux
"STRACT: The equations integrated are of the form
dm Ek-A 6
- n,+ Yxici + S.
di I
de,
(a neutron der-ity, 6k reacti'vitZ, L effective lifetime of prompt neutrons,

ACC N.Rt AT6025310
a fraction of delayed neutrons of group 1; 0 -- total fraction of delayed neu-
trons; ci - concentratioWof i-th group delayed-neutron emitters, X i - decay con-
stant of these emitters; S - source power per unit volume. The integration isbased
on a finiie differenci method and it is shown that under suitable simplifying assump-
tions, corresponding to the steady state, the method makes it possible to use finite
differences which are 100 -.1,000 timeslarger than in the Adams method, ~t the same
accuracy. An exwaple is presented, in which the solution was obtained by 28 steps
with accuracy of 1%, as tie.4inst several thousand steps in the usual method. Orig.
art. has: 8 fbimiulax
SUB CODE: 20/ SUM DATE: 2*j'Dic65/ ORIG REP: 001/~;'
001.,
2/2

ACC &R, SOURCE CODE:
AP7002554 UR/0413/66/000/023/003
INVW-TOR: Chelintsov, K. N.
ORG; none
TITLE: Semiconductor amplifier. Class 21, No. 189022
Izobretenlyar promyshlerwo7e obraztsy, tovarnyye znaki, no. 23, 1966, 33-34
TOPIC TAGS: transistorized amplifier, telephone equipment
ABSTRACT: This Author Certificate presents a semiconductor amplifier for terminal an~
intermediate stations of simplex dispatcher high-frequency telephone com-maLnications,
particularly telephone communications along transmission channels for photocommunica-
tiona of packed color circuits. To insure transmission of high-frequency communica-
tions alternately in opposite directions, the collectors of two transistors are
-connected to the windings of separate isolation transformers, and their bases are
connected to separate windings of an additional transformer. Their emitters are
connected through semiconductor diodes and variable resistors to the bias sources so
that with remote switching on and off of these sources by the dispatcher the altematc
cycle of the transistors from the normal mode of amplification to the mode of four-
terminal network with controlled attenuation is accomplished (see Fig. 1). The
intermediate transformer is provided with a third winding for connecting to it at
1

ACC NRz AP7002554
Fig. 1. 1 collectors; 2 - isolation transformers;
3 - additional transformer; 4 - emitters; 5 - aemi-
conductor diodes; 6 - variable resistors
-intermediate stations an additional dispatcher attach~aent containing an internal
modulator-demodulator. Orig. art. has. I diagram.
,SUB C .ODE. ~09# 1V SM DMs 30-Tank

--l I - ~l , ~ ~ - ,
CHMISHCHEN, B. A.
"Pneumatic Hoist with Bel-l-Bearing 2ocking Device," Avt. Trakt. Prom., 27, NO-8,
1952 1

CRUMHCHKV, B.A.
.AntowAtic &sseubly line for water radiators. Avt.trakt.prom. no.11:11-144
'53- ' (am 6:u)
1. GorIkovskly avtosayod Ia. Xolotov&. (Automobile*-Radlatore)

CHZLISRGHI&V, B.A.
1%A=&-WvftO -~llwoi ~-~
Certain special features In the construction of rolling feeders for staVing
presses. Test-m"h. 33 no.11:62-65 N '53- OQJU 6:12)
Obver presses)

CHRLISHCW. D.Ao. lushener; SOKMOT. V.A., tushener.
- mwmpwl-k~
Soloction af antomtle-twele control circults. Test.~h. 33
no.200-9 0 155. (KLU 9: 1)
(Rubluery, Astmatle) (Autmatle coatrol)

CIMTJSHC . B.A. I
--
Rotary device for grinding lathes md presses. Avt. I trakt. prom.
no.4.-43-45 AP 156. (XI= 9:8)
1. GorIkovskly avtosavo& Iment Molotov&.
(Metalworking sachinery)

AUTHOR: Chelishchev, B.A.: Engrineer I SOII/122-58-6-1/37
TITLE: '-U-od-e-r-n--Tr-e-n-d-s-in--i-ITe Development of .'Automtic Conveying
Installations (Sovremennyye tendentsii v razvitii avto-
maticheskikh transportnykh ii5troystv)
PERIODICAL: Vestnik Mashinostroyenlya, 19581 JNr 6, pp 3 - 5 (USSR)
ABSTRACT; The advantages of overhead monorail pushing conveyors
with automatic control are stated. The facilities of
selective stoppage and accumulation of components in a
chosen section, the lowering of the component to the
loading level for a machine tool and the joining of diff-
erent branches are illustxated. A mechanism for carriage
control is shown (Figure 2). Another mechanism with a
C-hook suspension is shcwn in Figure 3. The lay-out of a
production shop with storage capacity and automatic job
card processing is indicated. A diagramr-atic illustration
of a machine-tool loadin.- carriage is given. There are
5 figures.
1. Industrihl platns--Equipment 2. Hoists--Applications
3. Conveyors--Design
Card 1/1

AUTHOR: Chelishchev, B.A., Engineer SOV/122-59-4-8/28
TITLE: 3.i:: o-F-te-formations, in Wedged Roller Mechanisms
(Raschet deformatsiy klino-rolikovykh mekhanizMov)
PERIODICAL: Vestnik Mashinostroyeniya, 1959~,%r 4, pp 35-38 (USSR)
~k
ABSTRACT: The deformations in wedged roller free wheel mechanisms
have not previously received sufficient attention. A
free wheel clutch in a stock feeding mechanism for a
press should have the minimum of deformation and no
slip. The conditions in a wedged roller clutch were
simulated by a model wherein a plane wedge is pressed
between two rollers restrained between two parallel
walls. The rollers were supported by soft rubber and
thus free to roll along.-the walls. The wedge
displacement is divided into one component due to
deformations of the interacting bodies, and is
equivalent to a virtual decrease in the roller diameter
and another component due to rolling along the walls.
Analysis and experiment show that the second component
is about equal to twice the first which is evaluated by
Card 1/3 analysis on the basis of experiments in which the
compressibn of rollers under lateral pressure was

SOV/122-55-,-4-8/28
Analysis of Deformations in Wedged Roller Mechanisms
measured (Fig 3) showing a nearly linear relationship.
It is shown that the deformation of a free wheel clutch
is proportional to the applied torque and the inverse
product of the tangent and the sine of the wedge angle,
a function which rises rapidly with diminishing angle.
Calculated and measured displacements of the model are
in good agreement (Fig 4). Under static loads, a wedge
angle of 120 still shows no slip but ensures acceptable
deformations. An experimental free-wheel clutch is
shown (Fig 5) embodying 10 mm diameter rollers on a
pitch diameter of 100 mm (14 mm long). Deflection angles
are plotted against the wedge angle (Fig 6) showing
little gain beyond a wedge angle of 100. At this angleg
a torque of 2000 kg M produces a twist of about 30'
Card 2/3

SOV/122-59-1+-8/28
Analysis of Deformations in Wedged Roller Mechanisms
(Fig 7). The plot of twist against torque is nearly
linear.
There are 7 figures and 5 references, of vhich 1+ are
Soviet and 1 English.
Card 3/3

CIIELISHCIMV, B.A.; DAVYDCV, V.I.
Rotor 2-Lnes. Kuz.-shtam. proizv. 3 no.6:43-45 Je '61.
j., (MIRA 14:6)
(Rotoro)

S/118/62/000/001/005/005
0221/D301
AUTHORS-. Chelishchey, B.A. and Fuks, I.I., Engineers
TITLE., Pneumatic and electric drives with straight line
displacement for the automntion of production
PERIODICAL: Mekhanizatmiya I avtomatizatsiya proizvodstva, no. 1,
1962, 35-40
TFIXT., The author gives a comparison table of drives which shows that.
pneumatic and electric units are the most frequently adaptable for
straight line actuation. The pneumatic drive is used for strokes up to
L m,when there are no special requirements for speed stability and the
force of resistance is low and constant. The speed attains 3-4 m/sec.
The electromechanical drive may be used for lengths up to 10 m at a slow
but constant speed, and where intermediate stops are necessary. Pneuma-
tic cylinders developed by ENIKMASH are described. Nomograms for deter-
mining main characteristics under given operating conditions were plotted
as a result of numerous experiments. The authors give the nomogram for a
Card 1/4

S/118/62/000/001/005/005
Pneumatic and electric drives D221/D301
100 mm cylinderg, It was impossible to plot a similar one for 50 mm
cylinderog and ihe authors state that these can be used as controlling
servodrives only. The nomograms allow computation of the actuation time.
for a diStaDce L and a given load by T z; tn4-ty+ t,m, where 4- P_ is the pre-
paratory time obtained by-interpolation; ty is the duration. of the steadlY
motion; t is the time of braking due to air cushioni.ng which 3s assumed
as 0.11-0.1 sec. The graphs of motion of the pis,!Lon show non-oscillatory
behavior when there is an a.--'r cushion at the end of the stroke.. fhe s~ab-
ility of speed when the piston meets the air cushion is due to physi~.al
properties of air. Its volumetric. outflow through small apertures ir.
super critical conditions depends on the area of the hole and does D-ot.
depend on pressure drop. This can be exploited in feeding cutting tocls
or when it is necessary to obtain a controlled speed of 5-0.5 mm/sec with-
in a short distance. The air cushion design has many advantageF. An
example of application of the electromechanical drive is given for unit
heads made by the Minskiy zavod avtomaticheskikh liniy (Minsk Factory
Card 2/4

S/118/62/000/001/005/005
Pneumatic and electric drives oee D221/D301
of Automatic Lines). An explosion-proof design was used in the mining
equipment manufactured by the Konotopskiy elektromekhanicheskiy zavod
(Konotop Electromechanical Plant). The electromechanical units are re-
liable, simple, have stable speed and permit large displacements with
intermediate stops to be realized. The author points out the short.-
comings of the Konotop units which lack brakes and require high..speed
switching. ENIKHASH developed a unit based on a normal electric motor
which is illustrated. It is provided with a friction clutch and rubber
buffers. The condition of limiting the wedge action of the screw is then
M M. lEs- ( ~, + P ) k, where M is the threading torque; M is the
t 0 tan A -P t 0
unlocking torque; P is the friction angle of the thread; X is the helix
angle of the thread and k is the safety coefficient, which is equal
0.6-0.8. The electric brake ensures greater accuracy of stops. It Con'.
tains an a.c. solenoid, type2)C 1-6121 k,) (ESI-6121K) and a set of discs
from a standard clutch made by the Elektrostanok factory. The coefficient
of motor loading is small which permits frequent reversals. Applications
of ball screws can greatly enhance*the performance of these units. The
Card 3/4

S/118/62/000/001/005/005
Pnmmatic and electric drives oac D221/D301
number of cycles withAOC-32-4 (AOS-32-4) motor is 20 per minute. rhere
are 7 figures-and 1 table.
Card. 4/4

CHELISHCHEV, B.A.,inzh.; ZHILENKOV, N.N., inzh.
- -.- .......... --
Technological process and the rotor line in the production
of sleeve nuts. [Nauch. trudy) ENIKMASha 8:100-118 164.
(MIRA 18:3)

52093mw6~,
CCE5SION-N
I
A