SCIENTIFIC ABSTRACT NAKHAPETYAN, L.A. - NAKHIMSON, L.I.
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CIA-RDP86-00513R001136010018-0
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S
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December 31, 1967
Content Type:
SCIENTIFIC ABSTRACT
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Body:
c
Synthest"S of 2 ,?1
B b,
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-,
~
of o4
yc box ylic acid and I v.1 AcWf at
c
410* oveT fresh Mn() gave 83
2% Ht'Y'lob-,yi k.,-
b-
*
.
;, 9f!13 T-Ui with PiM
fir za-r
I =
7
,
g
164 6% 1 0M.
O.n7fi, wh fell heatm with a liulc H,30, in a th-On. app gavt
F;j 4% olefin, h,- tpd- mto 3-5* (~"Ium w'imt,
hydrogenated over Pt-C yielded the same product- Z-cyclia-
6ut Kzectropic esterifi-
Vuedn- ,bin 123', t,4207, MGM
ca on Of I with EtOR In c4lis with 14504 catalyst give
97% EJ cs9r, trva L47.5-0*1 1.4= 0.0549, y1elding Wth
UtUgEr 02.4%, b,. a-5-5.8'. Ihn
* 1
1
67-8
4567, O.M. dehydratEd as above to an okfin
mix$.. ", 146-55", 1.4"k, O-W75. VW Pydrogtnated a2
rbove to 3-cydabutylpettlame, " 148.7", 1.430a. 0.7815.
G. M. Ka2c4avQdL-
YA~MLETY~N,.,L.A.; NESMEYANOVA, O.A.; SAFONGVA, I.L.; LOZA, G.V.; OVODOIIA,
V.A.; 11JUNA) 14.YU.
Preparation of trimethylene chlorobromide. 7hur. prikl. 0,,im.
37 no.8:1808-1811 Ag 164. (MIRA 17:11)
AMSANW, V.T.; STARINg Kh.Te.; IIJKINAg H.Xu.;,,gkUUMW, L.A.
Raman "atra, of various monoalkylc7clobutaueo and c7clobutyl
bromide. Viz. sbor, no,3t68-71 157. (MM 1118)
1, romissiya po eNktraskopil AN SSSH I Inetitut organicheskoy
khimii im. N.D. Zeliusko o AN SSM
%clobutane-Spectra)
ALIKSANW, V.T.; SMIN# ]Kh.Te.; LUKINA, MI~h.; NAMAMTAN, L.A.
Raman spectra of various monoalkylayclobutaneB and cyclobutyl
bromide. Viz. obor. uo~3:68-71 157. (ICIRA U:8)
1; Iromissiva po spektroskopii AN SSSR i Institut organicheskoy
khimU in, N.D. Zelinakjo AN SSO.
Q7cldbntane-S~)ectra)
50) BOV/2o-127-3-24/71
LUTHORSs Lukina, M. Yu.,_Nk
kb_apg,tyan, Ovodovaq V. A., Kazanskiy,
B. A. , Academician
TITLEt Catalytic Isomerization of Hydrocarbons in the Cyclobutane
Series
PERIODICALs Doklady Ikademii nauk SSSR, 1959, Vol 127t Nr 3,
pp 567 - 57o (UssR)
ABSTR,kCT: Up to now only few papers have existed on the subject
mentioned in the title (Refs 1-6), The mentioned papers
neither give an exhausting idea of the conditions neoeBoary
for the isomerization of a-cycle vrith 4 links, nor of the
reaction products. This fact made the authors start a syste-
matic investigation of the mentioned field. They investigated
the hydrocarbons mentioned in the title, in the presence of -
catalysts which usually.isomerize a,cycle.with 3 links, under
conditions which allow a. comparisan of the resistances of
carbon cycles with 3 and 4 links. Already in former investi-
gations the authors faoed.an intexe3ting phenomenons alkyl-
cyclobutane8 (Ref 7)-in contrast to alkyl-cyclopropanes
(Ref 6), experienced Po isomerization with a chromatographic
Card 1/4 adsorption on silica gel, iso-propenyl-cyclobutane, however,
Catalytic Isomerization of Hydrocarbons in the SOV/2o-127-3-24/71
Cyclobutane Series
was completely isomerized with an expansion of the cycle to
5 links (Ref 9). The behavior of alkyl-cyclobutanes thus
differed already from that of an alkenyl-cyclobutane which
even proved less resistant than al.kyl-oyclopropanes. In this
connection the authors investigated the behavior of saturated
hydrocarbonst ethyl- and iso-propyl-cyclobutane, also with
acid catalysts (such as silica gel), furthermore with un-
saturated hydrocarbons of the same series with a different
position of the double linkage in the sub5tituent, i. e.,
isopropenyl-cyclobutane ant isoprcipylidene-cyclobutane. In
doing so they found that alumosilicate can completely iso-
merize alkyl-cyclopropane at 500 (Ref lo), and does not cause
a noticeable isomerization of iso-propyl-cyclobutane, not
even at 2500. Siliceous earth which completely isomerizes
alkyl-cydlopropane at 1500 (Ref.1o), does not influence alkyl-
cyclobutane between 1500 and 40ool only at 5000 the catalyza-
tion product obtained differed considerably from the initial
hydrocarbon, as far as its constant is concerned. I fact which
Card 2/ 4 can also be explained by the high temperature. Thus it was
Catalytic Isomerization of Hydrocarbons in the BOV/2o-127-3-24/71
Cyclobutane Series
proved that alkyl-cyclobutanes, in contrast to alkyl-cyclo-
propanes are enough resistant under the conditions of iso-
merization. Also here the unsaturated hydrocarbons of the
cyclobutane series behaved in.quite a different way: isopro-
penyl-cyclobutane was completely it3omerized in the presence
of siliceous.earth,,already.at a temperature of 2ooO, with
an extension of its cycle to 5 links- In the Raman spectrum
the hydrated isomerization product appeared as a mixture
of 1,2-dimethyl-cyclopentane with traces of 1,1-dimethyl-
cyclopentane. Isopropylidene-cyclobutane developed a similar
isomerization product. Thus it was proved that unsaturated
hydrocarbons of the cyclobutane series could easily be iso-
merized independently of the position of the double linkage
in the substituent. They developed the same products under
conditions which could not effect the alkyl-cyclobutanes. The
catalysts investigated are able to cause a displacement of the
double linkage (Ref 11.). This is explained by the scheme.
There are I table and 11 referencea, 9 of which are Soviet.
Card 3/4
Catalytic Isomerization of 1~ydrocarbons in the SOV/2o-127-3-24/71
Cyclobutane Series
ASSOCIATIONi Institut organicheakoy khimii im. H. D. Zelinskogo Akademii
nauk SSSR (Institute of Organic Chemistry imeni N. D. Ze-
linskiy ~f the Academy of Sciences, USSR. )
SUBMITTED: April 27, 1959
Card 4/4
8614-5
S/152/60/000/003/002/003
(> j 20 % t T, 11 SS B023/Bo6o
AUTHORS: Dorogochinskiy, A. Z., Nakhapetyan, L. A., Lavrentlyev, V.I,
_Loykova, Ye. P., Kost, T. , Yershov, V~ V,
TITLE: Antioxidizing Properties of Some Pyrazoline7Derivatives
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy. Neft' i gaz, 1960,
No., 3, pp- 69-71
TEXT: In 'he authors' opinionj the stability of motor fuels 11 to oxidation
is a most important problem,- They therefore studied the antioxidizing
properties of some pyrazoline derivatives in their capacity as inhibitor3.
The authors first obtained numerous pyrazolines having no substituents in
position 1, and then such having dl-ffprent substituents in this position.
The following compounds were synthesized as poijoible inhibitors:
1-ca.-bamido---3-phenyl pyrazoline, 1-phenyl carbamido-3-PherlYI-4-0thYl-
pyrazoline, pyrazoline, I-phenyl thio-
carbamido-3,5,9-trimet',Y1 pyrazoline, I-phenyl thiocarbamido-3-methyl-
5,5-pentamethylene pyl,azolizie, I-phenyl thiocarbamido-3,5-diphenyl
pyrazoline, 1,3,5-triphenyl pyrazolinet 3-,amino-l-phenyl pyrazoline-
Card 1/3
Anc7-oxidizing Properties of Some S/i52/6 -)~O 1/0 G 2/C 03
Pyrazoline Derivfiti-,r,-~f7 B023/BO60
Derivatives of phenyl thiocarbamides of various pyra2oline3 were obtained
by the action of phenyl -isothiecyanate upon thesp pyrazoline5 (Ref., 5),
In a similar mariner, the following compounds wc:7e obtained from the cor-
responding pyrazolines: 1-carbamido-3--phenyl py-razoline and I phenyl
carbar,ido-3-phenyl-4-ethyl pyrazoline (Ref., 2).. 3-amino--l-phenyl
pyrazoline was synthesized from a-crylonitrile and phenyl hydrazine (Ref..6),,
1,5,5-triphonyl pyrazoline was obtained by interaction of benzal aceto-
phenone and phonyl hydra;,.iria (Rof ~ 7) - The off icien,-y of the preparations
-iting offoct wit), AO,"~
examined was estimated by comparing the'r inhiL
effect of para-oxy dipheny! amine, which was taken as a standard, n~ well
as wish the effect of 2,6-ditertiary butyl-4-methyl phenol, Two samples
of motor fuels A and B were taken, the propert~~es of which are g.Jven
Table 1, Sample A was prepared by intermixing equal amounts of fresh
distillate of thermocracking and of the berizene-ligroin fraction,
Sample B was prepared by intermixing the same amounts in a ratio of
30 : 70. Both samples were inhibited by various additions nn the day of
their preparation, The additions were allowed to dissolve in the motor
fuels by being added as benzene solutions. Benzene was taker, in an amount
of tv 0,1% of the -fuel volume. The effect of stability of samples A and B
Card 2/3
86W
Antioxidizing Properties of Some S/15 60/000/003/002/003
Pyrazoline Derivatives B023YI3060
was examined first. For this purpoao the authors studied the inhibited
motor fuel for its stability to oxidation by determining the induction
period on the basis of roCT 4039-48 (GOST 4039-48) within 6 h~ The content
of potential resins in the motor fuel was determined next.. Results show
that some pyrazoline derivative samples have a considerable inhibiting
effect. The best results were yielded by the use of 1-phenyl thio-
carbamido-3,5,5-trimethyl pyrazoline. In the sample inhibited with this
substance, the resin formation appeared only after two months, while
resins in a noninhibited sample increased with uninterrupted intensity
throughout the whole storage time, There are 3 tables and 7 references.
5 Soviet, 1 US, and 1 German.
ASSOCIATION: Moskovskiy gosudarstvennyy universitet im. M. V. Lomonosova
(Moscow State University imeni M., V. Lomonosov) GrozNII
(Groznyy Petroleum Institut~-j
SUBMITTED: September 3, 1959
Card 3/3
KAZANSKIY, B.A.; LUXINA, li.Tu.-, ~~R~MN, ~~,.A.; ZOTOVA, S.V.;
LOZA, G.V.; SHt&TJWSHTRY, G.A.; OVODOYA, V.A.; UVaOY. 0.T.;
SOKOLOV, II.M.; 6KOLIMIKOV, V.P.
Production*of high purity cyclopropans. Xhim. prom. no. 6:462-
465 6 160, (MIRA 13:11)
(Cyclopropane)
NAIUIAPETYAN, L..k.;, SAPONOVA, I.A.; KAUNSMY, B.A.
Reaction of isoprene, with methylene iodide and a zinc-copper couple.
Izv. AN SSSR. Otd,khim.nauk no.5:902-905 MY 162. (MIRA 15:6)
1. Institut organicheskoy klimii im. N.D.Zelinskogo AN SSSR.
(Isoprene), (Methane)
KAZANSKIYy B.A., akademik; SOBOLEV, Ye.V.,- ALEKSANYM), V.T.; IIAXIIAPETYAN,
L.A.; LUKINA, M. Yu.
Certain properties of spiro-[2A)-hepta-ld-diene. Dokl. All SSSR
159 no*4t839-842 D 164 (MTRA 18t1)
1. Institut organicheskoy khimii im. N.D. Zelinskogo i Komissiya
po spektroskopii AN SSSR.
12140-66 VWT (M)
SOURCE CODHi UR/0064/65/000/009/0022/0023--
ACC NR: AP6000455
AMOR: Soknlnv- N. M.; an A,; Fomichev, A. V.; Livanits, S Ya.*
Nakhagety
Chirtsovs Vo it; Kasimov, R, G. lAikina,'M'~ Yu.; Zhavoronkov, N. M.'
(7 17, 7: - T
elcl, o/(/
ORG None
iTITLE: Experimental industrial preparation of pharmicopoeial
!SOURCE: Khimicheskaya promyshlennost', no. 9, 1965, 22-23
TOPIC'TAGS: cyclopropane, organic synthetic process, cyclic group, pharmaceutical,~
Ipropane
fABSTRACT: 1~ ~qrmacopoeial cyclopr2pane was synthesized via the following steps:
CH2==CH-CH2Cl + HBr -a~ BrCH2-CF12--CHjCl
-CH2Cl + Zn -0 CH2-CH2 + TnClBr
BrCH2 CH2
(2)
\H2.
In the third steps propylene and other Impurities are~r
emoved by distillation In a
packed tower, The operation of the experimental industrial assembly used in this
process is described and its didgram Is given. The reactor for the synthesis of
cyclopropane Is also illustrated'. The propylene content of cyclopropane was
:Card 1/2 UDC: 661.715.4r547.512
N L.A.- FOMICHFV A.V.; LIVISHITS, ).Ya.;
SOFOLCIVY , W %TYAN
31. , -jFT.. ., k "" P
CHIRITS0111 V.I.; KA3.1MU7, LUKINA, M.Yu.; ZHAVORONTC!"T, N.M,
Experimental industrial production of pEarmacop(ellal cyclopropane.
Khim. prom.. 42 no.9:662-6631 S 165. (147DA 18:9)
f ! - ~ ~ ~ . H ,
MIKHAYWVICH, A.M.. inzhener-, NARIUPETYAN, Yej.,9 Inshener,
Testing a ground-peat vor .tax-type furnace. [Trudy) MVTU no.13;30-44
152. OWA 8:5)
(Parnaces-Testing)
PAXWETTAN, Ye.A., inzhener.
Aerodynamic principles of cyclone firing processes. [Trudy] kTM
no.15:45-62 152. (HLRA 8:5)
(Furnacee)
HAMAPMA'll Ye. A.
",WHAPET7.0 iu. P.. - - it I
-' 3 Illli~-Btiga'..~:.or, -2 -a, a :,.. 1 "
Furnace on a Coli - ' Ij c ~Onc
3M) 26 Jan 5.3, M scow 'R.-her Technlc,~.! ~cllo j
imeni 3awnan. (Dissertation for t je ncl,.reu of Ga':-Ididate I ' ~ - . .. -
3cineces). j-.-. i7eclllnlcal
.30: Vachernaya !,-.oskva, 1952
SOV/124-58-1-417
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 1, P 50 (USSR)
AUTHOR: Nakhapetyan, Ye. A.
TITLE- Aerodynamic Processes in a Cyclone Chamber (Cold-model Tests)
[ Aerodinamicheskiye protsessy v tsiklonnoy kamere (Ispytaniya na
kholodnykh modelyakh)]
PERIODICAL: V sb. : Issledovaniye kotell no-topochnykh protsessov. Moscow,
Mashgiz, 1955, pp 35-48
ABSTRACT: The author presents the results of an experimental study of the
aerodynamics of the isothermal air flow in a cyclone chamber. The
relationship between the aerodynamic characteristics of a cyclone
and its geometric parameters is established. The influence of the
inlet and the outlet configuration on the structure of the flow in the
cyclone and on its hydraulic resistance is examined.
V. I. Vasillyev
Card 1/1
HAIWAMYAN, Ye.A., kandidat tekhnicheskikh nauk; ISAYXV, S. I., inzhener.
On certain characteristics of A cyclone stream CArrying a solid
wispension. Teploenergatiks 4 no-9:32-3? S 157. (MLRA 10:8)
1. MoskovBkoye otdelenlya tsentrallnogo kotloturbinnogo inatituta.
2. )loakovskOYA vyssheye tekhnicheakoye uchillahche Imeni Bsumana.
(Burners) (Combustion)
; , i , N " i , I " - -, ~' - -, " -" " - \ -,I
I - , 111 7 - - -/ -
XA.LISHUSKIY, L.L.; KATSNILISON, B.D.; 1C '17 , G.T.;.KIRONOV, B,K,; HADMROV,
K~A.; jQ'A.; SAKHAROV, T.X.; mmomr, V.I.- KORIXOVSKIT'
LKI, !redoqz VaRONIN, K,P,, tekhm. red,
[Cyclone furmceel TSiklon'nye topki. Pod obsh6ei red. G.I. Knorre
i K,'A. Yaftharova. Xoskiu, Gos. onerg. izd-vo, 1958. 215 po'
(Parnaces, Heat treating) (KIRA. 11:7)
X e. A.
"Investigation of Isothermal Cyclonic Flow in a Model Furnace Chamber," Ae-rod.-m-a-mic
and Heat Transfer Problems in Boiler and Furnace Frocesses; A Collection of Articles
Moscow,, Gosenergoizdat, Moscow, 1958. 329 p.
Purpose: The book is intended'for engineers r-rid combustion specialists concerned
with the design and operation of heating equipment and it is also for scientific
workers and students of vtuzes.
Pf . - - . . - -.- - I -
ITAMAPMAN, Ye.h., kand.tokhn.nauk; ISAYEV, S.I.. inzh.
- ------ - ----------------I
Characteristics of a turbulent flow carrying solid suspensions.
(Trudy] MM no.94:86-99 '58. (MIRA 12:3)
(Combustion) (Aerodynamics)
------ -- --
JUIORRE, G.F., zasluzhennyy deyatell i telchniki RSFSR, doktor tehhn.nauk prof.;
_-RWEETYAu,-Ye.k,_~and.takhn.nauk. stakshiy viauchnyy sotrudnik;
IUDZHATIOV, M.A., )mnd.tekhn.nauk, strehiy nauchnyy sotrudnik
Beneficial cyclone. Izobr.i rate. no.4:20-21 Ap 16o iMIRA 13:6)
1. Moskovskoye vy-asheye tekhnicheskove v.chilishche
(for Knorre). 2. Moskovskoye otdoleniya TSentrallnopo Irotloturbinnogo
institute. (for Nakhpipetyan, Nadzharov).
A-urnaces)
yo. 3.
Machine Tool3.11
3aun, aa. DILL.:-; --.
n
171 c 1- (ao
0 1 v i; - 7- Ayin-, ".)I a 2 -1a, I is.--. -o
Hi! TE,~ch~lic I Ic )I i; ~-ai
Sub 211 52
rtatioa for ~,ht~ In Tochnical
, T -I'lu
30: Vechenlaya U. ; A
iWIVIbit- WittlOn 01 UrIvln5 elemenTA wivil rusation w -uelnvvtk
Istfil hearings. _P_ &djjj~
MAIMA T-YAN,.Ye.G.
Mewwwp-
Experimental investigation of thedynamics of maltesa mechanisms
used on automatic turret lathes. [Trudy] X77U no.38;167-180 155.
(MM 9:8)
(Lathes)
DASHCHENKO, A.I.; IUKHAPETYAN, Ye G.,.-
lntrodufflg~automatic control of machining operations in plants
producing in lots. Biul.takh.-ekon.inform. no.2:85-91 158.
(Kim ll:
(Automatic control) (Factory management)
25(l) MASS I BDOX EXPLOITATION SOV/2383
Akademiya nauk SSSR. Kosisslya po takhe,010911 MmshIn04tr0Y*nlYA
Avtomatizatalya mashtnostrattel-nykh proteemsOv. t. Ils PrIvod
of Machine
build
ti
~
-
-
on
1 uprawlentys rabachIml 04shinamt (Automa
7
Ing Processes. Vol%2: Drives and Control Systems for Process
Machinery) Bascom. lzd-vo AN SSSR, 1959. 370 P. Errata slip
Inserted. 5,000 copies printed.
U.S. V.I. DikushAn, Acadtalclang Ed. of Publishing Houses D.M.
loffel Tech. Zd.i I.?. KutImin.
rURPOSEC-ThIs book to Intended for engineers deallm with auto-
nation of various machine-building processes.
COVZRAGZ1 This Is the second volume of transactions of the second
chanization and Automation of' Manufac-
Conference on Overall He
turing; Processes hold September 25-29, 1956. The present v lume
0
consists of' three parts, the first dealing with automation f
engineering measuring so thods. The subjects discussed Include
automatic control of dim:nsions of machined parts. Inspeott on
an thods for automatic production lines, In-procoss Inspection
devices. application or electronics In automating linear
surIn8procmssas, and machines for automatic Inspection
a
:
rIng races. The second part deals with automatic drtves
b
:
and control systems for process machinery. Including appl I-
cati & of digital computers In the control or mOtAl-cutting
on
aaehl.. t.1s. reliability or relay systems. application of
gas-tube frequency converters in the control of induction
motor speeds, magnetic amplifiers and tnelr use in automatic
yatems. hydraulic drives, and ultrasonic vibrators. Part
2
d als with mechanisms or automatic machInes and auto.
t
hr
e
o
roduction lines. The subjects dlszu4se4 Include
:
mat
, p
linkage. Indexing, and Geneva-wheel-type machan'sne, rrtation
driven, automatic loading devices. diaphragm-type pneumatic
drives* various auxiliary devices for automatic production
linang and methods of design and &ccuracy of cams. No person-
aliti4a are mentioned. There are no -steranoes.
Dynamics and Typo of Wear of Geneva-
u
M
a
.. 210
t
4�.
.Rift
Y-I_ Study of Indexing Mechanisms for Tables and
ShekhvIt8L
_
'Mr-ums of Automatic MschLras 222
dincv, S.A Linkage Mechanisms or Heavy-duty Drawing
253
;~:;:~
aevkov, G.A. Controlled Friction Drives Made by TsNIITMASh 27Q
,Pare 8_14f. So" Problems In the Theory or Loading and Post-
tinning Do, load 278
I.V_ Automatic Feeding of Piece Stock Into Working
292
Kawihayl-IJ. Vibratory Loaders for Machine Tools 311
Bubtaox-2-1- Importance Gained by the Awtozavod 1201.11
Likhacheva In Developing Standard Mechanisms for Automating
Auxiliary Operations In Retal-outting Machine Tools 326
Ror-t"s-Y. Designing Dtaphragm-type ft*uma%lo Drives 336
bron, L.S. Standard Auxiliary Devices for Automatic Lines 352
m-P.L. Problems of Profile Design " Can Accuracy top
39
-
'Process Machinery In Vacuum Tube Industry 363
t.i~= I Z.-OK UFLOrrATION SOV/%530
Vaesoyuznoys sove3h:h&nIy:,po.oanovnym probl*%sm teoril mashin
I makhanirmov. 2d, ko ow 1958
lXn&mlka mash1n; abornik statey (Dynamics or Machines; Colleo-
tion or Articles) Moscow, 14&shgiz, 1960. 240 p. (Itat
Trudy) Zrrata &Up Inserted. 3,000 copies printed.
Sponsoring kgqncyl Institut asehinovedenlys. Akademil. nauk
335R.
L11torial Board. 1. 1. Artobolevokly (Keep. US.) Academician,
5, 1. Artobolovaklyt Doctor or Technics.1 Sciences, Pro-
reesor, 0. 0. Baranov, Doctor or Technical Sciences, Pro-
fessor, A. P. Bessonor, Candidate of Technical Sciences,
V. A. Gavrilanko, Doctor of Technical Science*. Professor,
A. Ye .KabrInskly, Doctor of Technical Sciences, N. 1.
Levitekly, Doctor or Technical Sciences, Professor, and
L. M. Reahatov, Doctor or Techrdcal Sciences, Professor;
Id.t L. V. Beamenovs. Candidate of Technical Sciences-
Managing Ed. for General Technical Literature and Liters-
E!~Idln K"As iz
A. P. X3xIov, Engineer; Tech..Ed.t B. 1. Modell.
PIMPOSEt This collection or articles is Intended for
engineers, deslgnerv~ workers at scientific reavArch in-
:titQtes, and Instructors at schools or higher ~echnlcnl
donation.
C0VV:RAZZt This collection consists or reports presented at
the All-Mlon Conference on Prob2ams In the 74heory- or
RachInes and Mechanisms hold In Moscow In 1958. The re-
Dort& discuss several probl"S or the dyna:,Ic destiSn of
complex mechanical system&. NO peraonallti*s are men-
tioned. References 4CCOM;any ftO&tLOf the articles.
rozrlvn;kov S. N Corresponding Member or the Academy of
-3arrinces n A ye. S3R# and Ya. M. Raskin, Cand1date or
ances
Y
Technical Sciences. Inve3tISAXICA Of A VIbratory-rmpact
MsOhfiAI%A 101
Doctor of Technical Sciences, Professor.
1I.. In the Dynazlos of Machines With a vI_
brat" Load 11T
Vxkhtenko. A. Z., Doctor of Technical Sciences, Professor.
Vfji~are loal-3tatist teal Method or Describing the process
of operation or Machines 128
V_ Doctor of Technical 3clencos, Professor.
tress Analysis of Mechanisms Which Contain Statically
Indeterminate Unit 140
N Candidate or TachnIial aiierves. The
*a or Selecting a Mechanism With a Geneva (Intermit-
tent) Movement 152
Wabash Doctor of Technical 3citnes. Problems in
cne vy;Lilh ir'Marlm angina. 15T
Main DrIv* of a
milling Machin* 166
.&tr2kLe _L_X_ Doctor or To, hnIC&I Sciences, Professor.
C-a-lo'uIation of Some Types of Can and PU.9h-Rod Mechanism*
With Rydroulle and Elastic Connections 186
M!t. L., Candidate or Technical Sciences (Prague). sfrect
or the Nonlinear Characteristics Of Springs an the VIb-
ration or Machine PLoundations 203
Ra vskiyo M. P., Candidate or Technical Sciences. Ad-
AMMI-amyrIV144-a-ent State of the Uperimental Dynamics or
1
VAchines 215
Tt1WAY12h_L__T- Candidate or TechnicaL sciences.
Irregular Processes in a Torsionally Oscillating Xlectro-
mechanical -System and Its Simulation 222
~h 't ;. A. Candidate or Tenhnicai S~ienes. Motions
or ~.nft"= Oder the Errect or Random-Type Vibrations 235
AVATTABLEt Library or Corgreas (TJIBI.VS 1958) AC/rex/ea
Card 6/6 1-'.61
.NAKHAPETYAB, YqykejAy rlrig2L!Y~~uov, V.M. , red. izd-va; VOLKOVAI
tekbn. red.
[Road to automatic plants; automation of technological processes in
machine manufacture] Putl k zavodam-avtomatAm; avtomatizatsiia tekh-
nologicheakikh Protsessov v mashinostroenii. Moskva$ I.-A-vo Akad.
nauk SSSR,-'1961. 126 (MIRA 14 t ~0)
(Machinery industx7) Uutomaiion)
DASHCHENKOI A.I.; NAKWEIIIAN ' Ye G.- ACKLUUN, N.S., doktor
t.kh.. V.F.) red.izd-va;
GUSEVA, A.P.p tekhn. red.
[Design and investigation of basic units of automatic
lines and machine-tools] Proektirovanies raschet i is-
sledovanie osnovmykh uzlov avtomaticheskikh linii i
agregat,nykh stankov. Moskva, Izd-vo "Nauka," 1964. 235 p.
(MIRA 17:3)
13.Ye. (Mo[;kva"; NAKH'FETYAN, Ye.G. (Moskva)
BORODIN) n
I Stigating the dynamdos of a cau,-,TIangle inec~anils:n rf ar.
TnV,
automatic machine. Mashinoveden4e no.1:36-43 165.
OMIRfi 18:5)
NAKHAPETYLAIN', Ye.G.; ,
Investigating heavlly~Rad-,d tlurnlrw fearF. ~-*t, ~.i-Aill
nf' exLernol and internal F-mg!~g(.%ment. fuot,. 1, r,.~ .-L'i
. 25-39 t 65. 18, '7 )
BOMD3N. B.Yee (Mockva); ITARRAPEMAII,, Yo,G, (Mwkva)
---- :,- - - .
Effect of the gap In a am groove on tho Evnazdas of a
am and pin Umning nochanimu Mohlnuvedonio no,,6815-23
165e (HIIIIA 18911)
VOWSHINJI Me., inzh.; AKHATOVICH., A.A. , inzh.; PAXASOVSKIY, I.P., inzh.
Need for modernization of the LBS-4 boring machine. Ugoll 37
no.n:64 N 162. (MIRA 15:10)
1. Oporn7y punkt Makeyevskogo nauchno-issledovatellskogo instituta po
bez.opVsnosti rabot io gornoy promyshlennosti pri ahakhte N9.5/6
in. Khlinir- (for Voloshin). 2. Opornyy punkt Makeyevokop nauchno-
--isaledovaAellskogo instituta po bezopasnosti rabot v gdrnoy promyshlennosti
pri,ifiakhte No.17-17-bis (for Nakhatovich). 3. Shakhta No. 5/6
im, KalirJm&-(for Panasovskiy).
(Rock drMs) (mine gases)
I ...
TROITSKIY, V.N.; NAKHAYEV, N.Ye.; SMORODIN, A.I.; BEREMBLYUM, G.B.
Causes for the breakdown of air preheaters. Metallurg 8 no.8:
11-12 Ag F63. (KRA 16: 10)
1. Novolipetskiy metallurgicheskiy zavod.
- 1, It , T,~, '! - 11 - . I I - - . ---~ 1-11
- -ITAMIBA
Makhachkala - Medical Statistics
Data on trauma in children in Makhachkala in 1946-48. Pediatriia no. 4, 1952.
9. Monthl List of Russian Accessions, Library of Congress, December 19A Uncl.
NAMEASIME VA,
Nakhibasheva, P. 1i%
IlAspects of the Course of Scarlatina in Children with Chronic Tonsillitis."
Order of Labor Red B~mncr Inst of Pediatrics, Acad Med Sci USSR. t-loscow,
1955. (Dissertation for the Degree of Candidate in Medical Science)
SO: Knizbnaya lelklopid,l No. 27, 2 July 1955
I&Y,01113KIY, A.V.; ITAMILTITSKAYA, Z.11.; SHIFITOVA, II.P.
Participation of the autonomle, nervono syetem in thn organionlo
reaction to ionizing radiation. Hed.rad. 4 no.7:3-9 -TI '59.
(MIRA 12:9)
(AW0110HIC IMV(XJS SYSTEH, physiol.)
(RADLkTION MTECTS)
TAIR INaIY. Andrey Vladimirovich; -NAKHILINITSEAYA. 2insida Nikolayevna---
ZAVODCHIKOVA, A.I., red.; MAZZLI, Te,I., tekhn.red.
(Influence of ionizing radiation on the nervous system] Vliiania
ioniziruiunhchikh izluchenil ne nervnuiu aistemu. Moskva, Izd-vo
GOB.kom--ta Soveta Hinistrov SSSR po iapollzovaniiu atomnoi energii,
196o. 186 p. (MIRA 13:12)
(RADIATION-PHYSICLOGICAL PUECT)
(NMVGUS SYSTEM)
NAKHILINITSKAYA, Z.N.
Functional state of the adrenal cortex in acute radiation inji-7.
Mod. rad. 5 no.8:41-46 160. (MIRA 13:
(RADIATION SICKNFM) (ADRENAL CORTEX)
KISEUT; MINA - - -- - - --- - ---
~.N.
Some results of a study of the effect of ionizing radiations on
,tissue permeability. Med. rad. 5 no.9;73-82 8 160. (MIRA -13:12)
(TISSUES-PMEABILITY) (RADIATION-PHYSIOLOGICAL EFFECT)
LEBEDINSKIY, A.V.; KLIMOVSKAYA, L.D.; KAYMILINITSKAYA, Z.N.
SEDOV, V.V.; SMIRNOVAI N.P. .-
Effect of Y90 on the nervous syst6m in connection with the
possibility of its use in experiments and in neurosurgical practice,
Vop. neiroldiir 24 no. 2:9-12 Mr-Sp 160. (MIRA 14:1)
(YTTRIUM-ISOTOPES) (BRAIN)
NAKEILINITSKAYA,
A h In 3 13
Role of the ryotem ir, ti,O F t 09- 0 1
. of disomlers of vds-ular pre-meab-111-ty in irradliat.ed rimill'a3s.
Radlobir,logiia 2 no,1:62-68 Ja 162 (MIRL 1811)
LEBEDINSKIY, A.V.; MASTYMOVA, V.M.; NAKBILINIMSKAYA, Z.N.; STRZHIMOVSKlY, A.D.
Effect of ionizing radiation on the state of reger-utive prcceEses
In the organism, Radlobiologiia 4 no.5:693-700 114-
(MIRA 18:4)
-NAKH'ILINITSKAYA,
Ion permeability of irradiated cry-throcytes. RadiobloloFiia 5
no.1:25-31 165. 18,3 j
1. Institut bialogicheakoy Miki AININ Rinictaratva zdravookhrarin-
n1ya SSSR, Moskva.
TP
rabblt,
!pj
lo NOW44
Ac-'rF,bb 1 )*4 NB: AP-),j -, ~,~
ing rsomm" MR, AIR
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Ib* NOW* Sttvctufo-, A. AL 'NaLbil"Cov. A;hldl&.ll,l t
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0 meter 4 lbe ftitcitjt~ Wkittleand mn,I clitill.
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All
-USSR/ 'Engineering - Hetal working
-_-,Card: Pub. ..U8 - 23/35
'Autb
Ors Ralchimov.,A N.- Engineer
Title I Methods of eliminating cracks which form huring cementation of parts
made of chrome-nickel steel
Teriodical l Vest. m.ash. 3513* 74 - 75p_-Mar 1955
'AbAraot s An account is given of experiments conducted with chrome-nickel steel
of the standard 12M2114A (12XH4A), which is particularly susceptible to
cracking during cementation. By changing the method and rate of heat-
ing and cooling and the kind of carbonizing agent usedp variations in
the amount of rej6ets varied from 40% to 2:ero. Illustration; graph.
__ __v -
IUKRIKOV, A.M., inshener.
X~~ *~~;~-*~.q-~,~.~..-4,.!.,~-,.~-~-~~"e,.-,.z
Axle billet rejection necessitated by face-plate cracks. Test. Rash.
35 no.9:68-69 S 155. (Axles) (HLRA 9:1)
SOV /137-58- 1 Z-2~446
Translation from. Referativnvv zhurnal. Metallurgiya, N- 12, p 71 (USSRi
AUTHORS- Baram, A N 'MOV, A,,M., Koziv, M D.
TITLED T) e Roll.ng of Fl-it ind Rowid Spr,t,g Sleel it! 11-c Kirov Plant (Pro-
katkd ressornoy , piiiz1.;nnov sl.;It n. Kirovskum zavode)
PERIOD!CAL-. Tr. Mez1vuz- ti,,ticl,no-tek1r. konferents-- no temu 'Sovrem.
dost,z),. prokatn pro!z-vi . Lenaigrad, l9r,8, p. 151-1`14
ABSTRACT: A new pass g7ocil,ng for grooved flit spr,'ng steel perm:yting precise
positioning of tYe projertion and depression is developed and intro-
duced An -.nitial 1108 strip is reeled from a square 60x60 mm
b:llet in 3 open passes ;,P,*., wher(-lipon t is sent to an edging Pass
that br-.ngs tl:e side edges to prope- rl.mens~ons- Next comea
closed P and an edging and fin;sHng open P. Since t1--e strip enters
the closed P will-, a widi), determined !n tl-e first edg,ng P, the pro-
jection and the depreS5-on are formed to sufficient accuracy. In
order to produce spring of round section without scratc~-.es, laps, and
seams, t)-e billet Yas to be rond;1ioned over -,Is entire surface; hence
prior to the rolling of round sp-ing steel fl-e leader and finisl-ing
Card 1/2 rolls slould be cl-~tnged and roller gkides hroug.,t into posit,on. The
SOV- 137-58-12-24446
The Rolling of Flat and Round Spring Steel at the Kirov Plant (cont.)
system of immersing the billets in tile furnace is changed so that the springs pro-
duced will be decarburized to minimum depth. They are now emplaced not in 3
layers but in one, and this reduces by livo-lhirds the soaking th-ne of the metal in
the furnace.
Ya. G.
Card 2/2
LANITSBMG, Yuliy Saulovich; plJ.2lEVOSKIY , Potr ~fyachoslavrjviA;
UKtq~~2y., Boris Nuumovicb,- SHAll(AN, V.I. , red.
(Lines for the regulation of traffic on city streets]
Linii regulirovaniia dvizhenila ra gorodskikh ulitGakh.
Moskva, Stroiizdat, 1964. 71' 1). t~ O-URA 1?.9)
I K L a
H1MOY'-b'-K'
.4
48
:0
00
00
13
*0 13
90
*0
0o
I' -oil tittwi
1101~"R
1!1~
~
_
- -------- -
_
11110CISS(i A-C
Detectioss of residual tonsils aft""s In ea&*4 Awl.
-
D
Ihk
13
M
Z
W
= 1947)
N
i
hi -06
.
mov.
.
.
.
-
it
t
j.
,
T
-
f .
.nNed and 90
q
.,=-'C
(4;-a71
R
)cont
(1) C 0" !
c.
.
-MIM.Cr2.51. MoO.A3,SiO.32. &tnO.41.80.009.and
11 trace; and (U) C 0.33, Ni 12D, Cr 2AD, Mis 0.49, Si
I
03% Un 0.57. 8 0.01. and P 0.008%. The specimeas,
91 mm. inside diam., 105 mm. outside, and 10 M02. thick.
were cut on one We and a wedge Inurted to produce the
desired stress. The stressed specimens were then plactil, 'r;
in 0 1-209,' H&SOs at room temp. until fracture occurred.
For ~Ccel dthe time requited for fracturing varied from an
Liv. of 22 min. at 85 kg. per 9q. min. to 2D hrs. at 40 kg./sq. -0 0
sum. At 3D kg./sq. nun. not fra"Ure
di
W
within 4 days. The
ffect OU time
ilu
required for fracturing, Steel I required 4-M times as long
to fracture as steel U
When exposed to air contg
003
0
.
.
.
1C./l. 5%, a specimen of U stressed to 85.9 kg./sq. mT.
brokelaMmin. The extent of residual surface stresses in
i
quenclsed at" was detd. by Immersing spocimens in dJ.
SO
l
1
I
V
inwall
1
t. I
, Ral
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lu:~ll
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y
U- Of 4 kirka-SI-Pend Tca Mp"lizam ji.,
pit ( Pact"ry liWf;#("-ry V. 1:1. (),1. 1947, it. I
010 3 fit (Ilf, Inv(hml 44writ"A' it %vdg.- is UmA t.,
00 paml a split rutc. U.-suits fialu,al.. tlint (11" r,-In%
A I lon
priwi-sm is of nauch h4chrr lutviisity in pti-4-1.
go
If j4trui
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v rw_ PROCItift A^& P0010tt) .0.
b
-.
go Dotonainadw of residual stroastis In quonched stool.
7 i
I
V, M, Noliltimov. ZaWilijyj lAxIi. H. X11 -
,1 JOIX);
d. C.A. 43, %3&.-TWmtr specizzwns 141) nun. Icing. 1(V ! _041
sun. cK&t" diam., and M into. Witte diArn. wrte prriNt.
1
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row stre
is
s conts.
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r 2,31 NI I
, ),
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)
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-00
Mn 0.57, Cr 2.M. NI I.W. Mit 0,49. -;1 0.111.,Aml
*
W"
11
Af
f
W .00
dr DA
ter quenching
roin tk
in toil Ir starr, III
,
in 1-2-itim
steps to 98-0 mitt
ieri.
iliAin
measuring the s .00
.
.
.,
l 800
Intin iind cmlcg. the residual strrsws after cacti strp.
Quenching in Water
IMIUMI lOn
itUdinAl Anil 1
IS
I
1~
1
=00
A
1
4
Sr
P
g
'
:
compressive stresr . an the surface ranging up to .
N kg.
l
h
l
r-* 0
0
00 per inin. w
e oi
i
quetiching resulted fit fenvile air"wi
on- surface up to 42 ks. per sq. two. IL W. It.
040
AA6Z
OETALL40941CAL LITEN&YU98 CLAWFICATION
d Is
It*
t 0." Oat
t
U U AT to At
it or a K a 99 It PC it rt It K MW It 1
0 0 * 0 0 0 0 9
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to o
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ties
TA riii 6 -0 -W-f 14 1 a s
14 411,
t-t-9-9-0 0 9 0 Is 0 0 0 0 0 0'
T).
USSR/Stei)l -- Temper Brittleness Apr 1947
Metallurgy
"Strain and Cracke.in Steel During Tempering,"
D. M. Nakhtmov, 12 pp
"Vestnik Mashino" Vol XMI, No 4
General discussion of the effects of thermal
pressures, structural pressures and total pressures.
Fully illustrated with photographs.
loT74
tj t-Vq J,2
V. KA X, r A 'Y'A 111 Y AY,D L' T C"
usma (bco)
It. A. Ia. O'herwyale
7. "itussian scientist metallographer. iieviewed by Kh. I. Maratov, I. S. lKorlov.
Vest. mash. 32 no. 11. 1952.
9. Monthl List of Russian Accessions, Library of Congress, April -1953, Uncl.
NAKHIVIOV, D. M. and AFAYEV, A. D.
"Finding the Yield Point by the Cpvpression Method Using 'Rockwell' Instr=ent,"
page 120 of the book "Problems on Strength and Jjeformation of hetals and Alloys,,"
released by Moscow Engindft-Physics Insts., Mashgiz, 1954
D-3426i3., 24 oct 55
NAKH KOV, D.H., kandidat tekhnicheskikh nauk, dotse.nt; ANAYXV, A.D.,
uv-"-0~4~ reiirei~di_.'
Determination of the yield point by the compression method with
the Rockwell tester. Sbor.nauch.rab.MIFI no.8:120-124 154.(HLRA 9:3)
(Metals--Testing)
v
All
lull
v Iva
R
u
j
A
SOV/129-59-3-1/16
AUTHOR: Nakhimcv, D.M., Candidate of Technical Sciences
TITLE: Transrc-irm-affi-o-ns of Elastic Deformations Into Residual
in the Case of Structural Transformations (Perekhod
uprugcy deformatsii v ostatochnuyu pri strukturnykh
prevrashoheniyakh)
PERIODICAL: Metallovedeniye i Termicheskaya Obrabotka Metallov,
1959, Nr 3, pp 2 - 6 (USSR)
ABSTRACT: S.T. Konobeyevskiy (Ref 1) and I.A. Oding (Refs 2-5)
found a long time ago"that plastic deformation can take
place as a result of individual displacements of atoms.
The displacements are chaotic as regards direction.
However, in the presence of a force field, certain pref-
erential directions will emerge due to a decrease in the
thermodynamic potential, for instance, rising diffusion.
Diffus, ion plasticity increases with the emergence of
factcrs which bring about a mobility of the atoms - an
increase in the temperature, an increase in the dis-
tortions of the crystal lattice. Particularly, diffusion
and density increase with an increasing dispersion of the
structure and decreasing grain size. The plasticity of
Cardl/4 2-phase alloys increases sharply if an interchange of atoms
SOV/129-59-3-1/16
Transf6rmations of Elastic Deformations Into Residual in the Case
of Structural Transformations
occurs between the phases. However, it can be stated that
any structural transformations in a system of one of
several phases are accompanied by a transformation of
elastit,, deformations into residual ones. If a work-
hardened spe-Amen i3 subjected to compression in a press
Provided w1th a limiting device and simultaneously heated
to the rtr~rystallisation temperature a structure with equi-
ax4l..9_1 s:ra--'Lr-s ard a regular arystal lattice is obtained.
Kis means that elastic deformation ceases and becomes
transfo=ed into residual deformation. If the specimen
is heated be'Low its rearystallisation temperature, it will
only par-tially recove-- its regular Prystal lattice, and
the e--ast-*i,, deformation will thus partly be transformed
into ;esi'd'Lual deformation. A similar transformation takes
plao.e duz-ins tempering of hardened steel.
In Figure 1, the results are graphed of the study of the
relaxaUon process during tenkpering of loaded ring-shaped
specimens (with dimensions as shown in the sketch,
Card2/4 Table 2), mada of Cr-Ni-Mo structural steels at varioue
SOV/129-59-3-1/16
Transformations of Elastic Deformations Into Residual in the Case
of Structural Transformations
temperatures. The specimens contained a notch Wider which
the wedge was fitted for inducing the desired stresses
(Figure 2). The magnitude of the stresses was calculated
from the formula of the bending bf beams based on the
Castigliano theorem. On the basis of-the obtained results
the following conclusions are arrived-at:
1) Residual deformation in metals and alloys can be
produced by Type I and Type II plastic deformations. in
the first case there will be displacements of large groups
of atoms whilst in the second case displacement of individual
atoms takes place.
2) Type II plasticity is intensified by factors which
bring about an increase in the mobility of the atoms
(an increase in the temperature, in the degree of the meta-
stability of the structure and also an increase in the
loading duration).
3) Type II plasticity is brought about as a result of
diffusion of atoms and also during structural diffusion
Card3/4 band diffusion-less transformations.
SOV/129-59-3-1/16
Transformations of Elastic Deformations Into Residual in the Case
of Structural Transformations
4) Clamping of the components during transformation makes
it possible to straighten them in spite of the higher
hardness of the metal. Parti--ularly, v7arping'can be
combated by clamping the hardened components during
tempering and also during the martensitic transformation.
There are 2 figu-res, 2 tables and 2 Soviet references.
Card 4/4
-I T 1V
AUTHORt
TITLE-.
Nakhimov, D.-N.
25731
S/123/6i/boo/m/015/042
AOo4/Aioi
Cracks originating during the hardening of steel and measures to
prevent them
PERIODICAL: Referativnyy zhurnal, Mashinostroyeniye, no. 12, 1961, 81-82,
abstract 12B582 (V sb. "Metallovedeniye i term. obrabotka metallov".
[Tr. Sektsii metalloved. i term. obrabotki metallov. Tsentr. pravl.
Nauchno-tekhn. o-va mashinostroit. prom-sti, no. 21. Moscow, 1960,
118-134)
TEXT: The origination of cracks in parts during hardening is determined
by the stress field and by the properties of the given steel grade. The author
presents the characteristics of the stress field during hardening, sensitivity
of the steel to cracks and origination conditions of hardening cracks. The
following measures to prevent cracks during the hardening of steel parts, forming
on the part surface under the effect of residual tensile stresses whose magnitude
may be less than the tensile strength of the given steel(so that the destruction
takes often place some time after the termination of the cooling process), are
Card 112
25731
S/123/61/000/012/015/042
Cracks originating during the hardening ... A004/AIOI
suggested: reducing residual stresses during hardening, producing compression
stresses in the surface layer, cutting down the time interval between hardening
and tempering, and changing the surface layer properties. There are 15 figures
and 22 references.
N. I1 I ina
[Abstracter's note: Complete translation]
Card 2/2
NAKHIVOV, l-. S. Admiral
MAZUNIN, N. F.
Admiral P. S. Nakhimov. Moskva, Voenrnorizdat, 1952. 48 r?.
SO: Monthly LiRt ofRusoian Accessions, Vol. 7 No. 2 May 1954.
ACC NRt Aj,036155 SOURCE CODEt" '-UR/OoiO/66/000/011/0116/0116
AUTHOR: Nakhimovich, A. (Major)
ORG: None
TITLE: Adapter for disengaging the rear ejector
SOURCE: Voyennyy vestnik, no. 111 1966, 116
TOPIC TAGS: ordnance, ground weap1q, antiaircraft weapon, weapon auxiliary equipment,;
weapon component, gunnery training, military personnel, military.training
ABSTRACT: Clearing a 57-mm antiaircraft gun requires, among other operations, raising
,the edge of the ejector flap with the fingertips and turning the disongager. The
adapter suggested is designed to shorten the time required to perform these operations
and overcome the difficulty involved when the person clearing the gun must wear
gloves because of weather conditions. The adapter, consisting of four bronze grooved
rollers, a steel wire and a flat steel spring, is simple to installp as is operation&
The gunner need only turn the disengager and the wire, anchored atop the magazine,
raises the ejector. Orig. art. has& I figure.
SUB CODE; 151SUBM DATEi None
MA19111-10VICII, D.Ya.
Take into consideration in reissuing safety regulations for coal mina:~.
Bezop.truda v prom. 6 no.3.-~4 Mr 162. 041U 15-3)
1. Uchastkovyy gornotekhnicheskiy inspektor Krasnogvardeyskoy
rayonnoy gornotekhnicheskoy inspektsii Upravleniya Donetskogo
okruga Gosgortekhnadzora USSR.
(Coal mines and mining--Safety regalations)
BUDNIK, N.Me, kand. takhn, nauk, SHEVCIILNKO, A.A., inzh.; DYURGEROV, II.G.;
SkPOV, P.M., inzh.; BARILOV, E.I.
Reconditioning shafts by build-up welding with a short arc.
Trakt. i sailkhozmash. no.9:43 S 164.
(MIRA 17: 11)
1. Rostovskiy~na-Donu institut seltskokhozyaystvennogo mashino-
stroyeniya (for Dyurgerov). 2. Rostovskiy zavod sellskokhozyayst-
vennogo mashinostroyeniya (for Nakhimovich).
RLMIOV-, Mikhail Naumovich; BRECIMAN, Vladimir Illichl MOSKALENRO,
Vladimir Mikhaylovich; NAMWICH-Edui"
- !!#--. -.- - Mitbaylovich;
ye ch; MOSMISKIY, Bin- Llvovich;
PETROV, Yevgeniy Yuversj I
AKSEIIOV,-Yevgeniy Mikhaylovich) RbIWIOVv D.N., inzh.,
retsenzent; SHAKHNOVAj V.M., red.; FMIMKIiI, P.S., tekhn.red.
[Shipbuilding calculations on electronic computers] Sudo-
stroitellrye raschety.na elektronrjykh vychislitellnykh ma-
shinakh. LBy3 M.N.Reinov i dr. Leningrad, "Sudostroenie,"
1964. 3.69 P. (MIRA 17:3)
ACC NRt AP7001450 SOMICE GODE: UH/0413/66/000/021/0186/6186
MENTORS: Zolkin, A. V.; Hakhimovich, I. Ye.; Frolov, V. M.; Krugov, V. S
ORG: nona
TITLE: A shock-abso~bing device. Class 47, No. 188225 Zannounced by Contral Scien-
tific Research, Design, and Construction Institute of Nechanization and Powor Engi-
neering of the Forest Industry (Tsentralinyy nauclino-issledovatellskly i pro4ektno-
konstruktorskiy Institut, mekhanizatali i anorgotiki lesnoy prozvshlonnosti)_/
SOURCE: Izobreteniya~ provVshlennyye obrazatsy, tovarnyyo znaki, no. 21, 1966p 186
TOPIC TAGS.* shock absorber, hydraulic device, hydraulic equipmont
ABSTRACT: This Author Certificate prosenta a ahock absorbing device consisting of
a two-stage hydraulic cylinder with a shock absorbing chamber and an axial throttle.
The throttling chamber of thelatter is connected with the second stage of the
hydraulic cylinder (see Fig. 1). To char~d6 aut6i~atically the hydraulic resistance
in respect to the dynamic load on the shock absorber, the shock absorbing chamber
is connected to the foro-valva chamber of the throttle. The throttle valve is spriq
loaded with a calibrated spring*
Card 1/2 UDCt 62-1-752.2
ACC NRa AP7001450
Fig. 1. 1 - shock absorbing chamber;
2 - throttle chamber; 3 - throttle;
4 - spring
Orig, art# has: 1 figure,
SUB CODE: 131 SUBM DATE: 1OAug65
Cwd 2/2
NAKHIMOVICH, N. M.
Mbr., physico-Technical Inst., DeDt Physico-Math. and Chem. Sci.,
Ukr. Aced. Sci., -1939-41-o
"Influence of the Ma&netla 1*ield on the Electric Resistance of Zinc
and Cadmium Monocrystals at Low 'lemperaturea;III,"Transverse Effect,"
Zhur, Eksper. i Teoret. Fiz., 9, No. 11D 1939-" 11. "Longitudinal Zffect,"
ibid... "Electrical hesistance of Single Crystals of Zinc and Cadmium
in a Magnitic ~'Ield at Low Temperatures," Dok AN, 24, No. 9, 1939;
"Anomalous variation of the Ilectrie ~Ionductlvity of Zinc with the
Strength of Magnetic Fields," Zhur. Eksper. i Teoret. Fez., 12,
Nos. 11-12, 1942.
NAKHIMDVSKATA, A.; ZARTAYSKAYA, D.
Ruled wirfaces in Lobachevokilln spaces Uch.zap.BGU no-32:109-114
~ 57. (MIRA 11:12)
(Surfaces, Ruled)
GUSAK, Aleksey Adamovich; NAKHIMOVSKAYA Anna Natanovna; RTABUSHKO,
Anton Petrovich; T~~,Mnlrko`MAVY&Vi&,, dots.;
FEDENKO, Anatoliy Semenovich; VEREVKINA, N.M., red.;
KISLYAKOVA, M.N., tekhn. red.
(Problems in differential geomet7rj Sbornik zadach po dif-
forentsiallnoi geometrii. Minsk, Izd-vo M-va vys5hego, ared-
nego spetsiallnogo i professionallnogo obrazovaniia BSSR
1963. 106 p. (MIRA 16:10~
. (Geometry, Differential-Problems, exercises,etc.)
GURSKIY, Yevgeniy Ivano-,ich,- YERSHOVA, Vera Vasillyeltna; IVPIiOVA, I.L.
reteenzent; KIRIYANOVA, V.M.,, retsenzent;_11AKMOVSMA A.1,'
retsenzent; KOLOBOV, A.M., retseyzent; I
retsenzent; SHERDYUKOVA, S.I., red.
[Fundamentals of linear algebra and analytic geometry] 03novy
lineinoi algebry i analiticteskaia geometriia. Minsk I Vys-
shaia shkola, 1965. 262 p. (MIRA 18.9)
NAKHIMOVSKAYA, M.
NAMIMOVSKAYA, M., NOVOGRUDSKIY, D. M., BIEREZOVA$ E. F., and PEERVIAKOVA, '.I. "The
Influence of Bacterization of Flax Seed on the Sisceptibility of
Seddlings to Infection with Parasitic Fungi," Comntes Renjus
(Doklady) de l'Academie des Sciences de VURSS, vol. 14, no. 6,
1937, pp. 385-388. 511 P444
SO: SIRA SI - 90-53, 15 December 199
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USSRASedicine Antibiotics MaY/Jun 52
~~14Bacteria of the Baci2lus Mesentericus Group
Which Act as Antagonists of Actizoz~ycetaceae,"
L. I. Yarmolenko, M. I. Nakhimovskaya, First
~Moscov Order of Lenin Mead Inst
"Mikrobiologiya" Vol 21, No 3, PP 300-302
Authors find that a strain isolated from the
Bacillus mesentericus group acts as an antag-
onist of various members of actinomycetaceae.
State that this strain acts bacteriostaticaliT
on the actinimycetaceae, depresses the formation
231T18
of aerial mycelium and also intensifies formation
of pigment. The antagonism is created by the for-
mation of substances vhich possess antiactinomy-
cetic characteristics.
231T18
USSR / Microblologyo AntlbI031s and Symbiosis. F-Z
Antibiotics
Abs Jour: Ref Zhur-]3iol,, 1958, No 17, 76678.
Author Ua Ms Ostrovskaya, N, N,; Bukrin-
skaya., A
Inst
- -Not given,
Title Effect of Penicillin on Several Actinomyces,
Orig Pub: Mikrobiologlya, 1957,, Z6. No 1. 87-91e
Abstract: The depressing-effect of Oenicillin (1) on 6
strains of actinomyces Innoculated in SPM appeared
only during high concentrations - not less than
50 units per I ml - and was expressed either by
a delay In the.onset.of growth or by an absence
of growth, One actinomyces Is sensitive to 50-60
units of I peril ml, while 500-600 units of I per
I ml depressed all actinomyces, with the exclusion
Card 1/2
13
NANHIMOVSXAYA, M.I., OSTROVSKAYA, M.N., YARMOLENKO, L.I., IYANITSKAYA, L.P.
Simple method of increasing the antibiotic activity of actinom7cetes
in surface cultivation [with summary in English], Kikrobiologiia
27 noo'3S387-389 Yq-Je 158 WRA n: 9)
1; Kafedra mikrobiologii I Moskovokogo ordena Lenina meditsinskogo
instituta im. I.Me Sechenova;
(ACTINOWCES,
antibiotic prod;, incrense of productivity in surface
cultivation (Rus))
'(ANTTBIOTIOSI
prod. by Actinomyces, increase of productivity
in surface cultivation (Rua))
BFREZOVAY Ya.F.; flAKIII14OVSKAYA M I,- RYBALKINA, A.V.; RABOTNOVA, I,L.~
, , -=~ p
MSICJIEVV~ M.A0
David Moigoevich NovogrudBkli, 1898-1953; or the .10th
anniversary of his death. Mikrobiologiia 33 no.2079-381
mr-Ap 64. (14MA 17:,12)
i ~') -
.5
SOURCE CODE: UR/2752
AUTHOR: Nartov, I. M. (Candidate of technical sciences);
ORG: None
/o68/OO82/oo96
TITLE: The effect of temperature on the strength of marine steam turbines under
start, stop and reverse conditions
I
qOURCE: Leningrad. Tsentrallnyy nauchno-issiedovatellskiy inst1tut morskogo flota.
Trudy, no. 68, 1965. Tekhnicheskaya ekspluatatsiya morskogo flota (Technical operation
of the merchant marine)~, 82-96
TOPIC TAGS: marine engineering, marine engine, steam turbine, turbine rotor, thermal
stress, engine control system
ATTRACT: The thermal and strength characteristics of marine turbine rotors and hous-
ings are analyzed and experimental and theoretical studies associated with this ques-
tion are discussed. The effects of stopping and starting procedures are considered
with respect to possible emergency conditions. Starting temperature processes may
produce emergency conditions for the following three reasons: 1. a difference in the
thermal deformation of the rotor and stator; 2. impermissible deformation of rotor
4d stator parts; 3. excessive thermal stresses in the turbine parts. Temperature
n4nuniformity is the main cause for, all of these conditions. Difference in the ther-
m deformation of rotor and stator may be due to axle clearance variation, radial
NAMIMSON, L.I.;=%M, F.M.;ROZRNBERG, A.M.
Standardlzation and study o& the quality of dried BCG vaccine.
Probl. tubark., Moskva no-3:28-31 M&Y-June 1952. (CLIQ 220)
1. Of the State Control Institute for Serums and Yaccines imeni
L. A. Tarasevich (Director -- S. I. Didenko),
1;\11
WHIMSON4LEVEWON, L. I.
Diesertatiofi: "Experimental Investigation of Preparations for Antituberculosis
VaccinationO Dr Mod Scis Central Inst for the Advanced Training of Physicians,,
14 SeP 54a (Vecherrqaya Moskva, Moscow.. 26 Aug 54)
SOs M 393j 28 Feb 1955
N IMSON, L.I.; ROZINBIRG, Kh.M.
Ikaluation of the activity of the BCG vaccine. Zhur.mikrobiol.epid.
i immun. no*7;102 Jl '54- (MIX A 7:9)
1. Iz Gosudaretvennogo nauchnogo kontrollnogo instituta vaktaln
syvorotok im, Tarasevicha.
(BOG)
Abstract U-79203, 8 mar 56
NAKHIMSOJI, L. I.
White mice as a suitable subject for studying the immunogenic
properties of BCG vaccination. Zhur.mikrobiol.epid. I immiln. no.
11:9-14 N '55. (MLRA 9:1)
1. Iz Goaudarstvennogo kontrollnogo instituta vaktain I syvorotok
imeni L.A.Tarasevicha (dir. S.I.Didenko)
(B,CG VACCINATION. experimental.
determ. of Immunogenic properties of vaccine in white
mice)
RAPOPORT, Ya.L.; MAKRIMSE i uchastii T.V.Kigulinoy i Ye*F*
'M
Gaevyshevdy (M68, a`to
Pathology of oostinjection lesions of the soft tiasue: pootinjection
dermo- and liponecrotic granulomas. Arkh.pat. 18 no.7.-117-125 '56.
(MIRA 10:1)
1. 1z Goeudaretvannogo kontrolinogo inatituts imeni L.A.Tarasevieba
(diro B.I.Didenko)
(INJIGTIONS, complications,
dermo- & liponecrotic granulomas (Rua))
(GRANUIAKI, etiology and pathogenesis,
post-injection dormo- & liponecrotic granulomas (Ras))
(SKIN DISJUSN8. etiology and pathogenesis.
same)
__ _ _ _ __ k, 'NrN_ '--' L_ - , -~4 , ------ --------- - -I-
US&R / Microbiology - M'icrobes Pathogenic to Hi=ans F-4
and Animals
Abs Jour: Referat. Zh. Biol., No. 1, 1958, 745
Author : Nakhimson, L.I., GnQ-vysheva, E.F.
Title : Intraperitoneal Test es a Method fox, DetermJjiing
Renidual Virulence of Weakened Tuberculous S~Vrain3
Orig Pub: Probl. tuberkuleza, 1957$ No. 1, 86-90
Abstract: On the 14th day after intrap~_lritoneal introduc-
tion into guinea pigs of 10 mg WG the weight of
omentumwa5 determIned; the Increase corresponded
to the degree of tha strainla virulence. The
average weight of the omentxm increased after in-
troduction of BCG strain 188 (Pasteur Institute)
by 3.6 times; BCG Moro (Tuberculosis Institute.,
Prague) -- 2.9 times; BCG I (USSR) 2.5 times;
ECG Paris 636 -- 2 times; XG Iena 1.6 times;
Card 112