SCIENTIFIC ABSTRACT NIKOLAYENKO, A.G. - NIKOLAYENKO, N.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001137030007-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 19, 2001
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

S/077/60/005/004/001/002
E194/E284
AUTHORS: jkn1avenkn_ A. G. and Rybakovl, V. I.
MMMOOMMOMW
TITIA: Stereo-Photography of the Flow Path of a Flat
Keeled Plate Gliding on a Free Water Surface
PERIODICAL: Zhurnal nauchnoy i prikladnoy fotografii i
kinematografii, 1960, Vol- 5, No. 4, pp. 289-292
TEXT: Existing methods of determining tha spa"--ial flow
path of gliding bodies are laborious and not sufficiently accurate.
In 1937 Epstein first used stereo-photography for this purpose.
The results were accurate and complete but the caz~eras and
stereoscopes, were imperfect and it was difficult to record the
smooth water surface and so stereo-photography did not become
accepted as a regular method for making such tests. In 1956 a
number of further tests were made with improved equipment including
those described here. A pair of Zeiss stereo cameras were used
each with a Tessar lens of f 4.5 with a focal length of 184 mm.
The light source was a flashgun with 24 lamps which is briefly
described. Accuracy of readings taken from stereo photographs
depend considerably on the accuracy of orientation of the cameras.
Card 1/4

8/077/bO/005/004/001/002
E194/E284
Stereo-Photography of the Flow Path of a Flat Keeled Plate Gliding
on a Free Water Surface
of the wetted length of the model and the 'Level of the undisturbed
water surface. The light source was installed behind the model at
an angle of 45* to the water surface. The source used gives a
sufficiently powerful flash but some motion can be seen on the
negatives because of the length of exposure. However, synchronism
is perfect and so this motion has little effect on the accuracy
of the measurements. The stereo photographs were compared on a
Zeiss stereo comparator. Typical test results are given. Possible
errors are assessed: for this method 3-8 mm maximum error. The
difference between the height of the undisturbed water surface
obtained from the stereograms and by visual measurements from the
trolley (where some subjective error is possible) is 3.3 mm. It
was generally found that the method of determining the position of
the disturbed surface of the water by adjustable needles was very
rough and gave an error of the order of 10 mm becauso of a certain
instability due to the presence of standing waves in the tank.
Moreover, the floating threads did not strictly indicate the water
Card 3/4

S/077/60/005/006/002/003
B019/BO67
AUTHORS: Rybakov, V. I., Nikolayenko, A. G., Sokolov, 0. A.
TITLE: Motion picture of the movement of a body in two media
PERIODICAL: Zhurnal nauchnoy i prikladnoy fotografii i kinematografli,
v. 5, no. 6, 1960, 424-432
TEXT: The authors discuss the photographing technique of bodies moving
from one medium into r-n optically different wedium or of bodies whose
movements produce cavitations in the medium. When studying the former
type of movement the authors used reflected light, for the second type
they used transmitted light. First, problems of illumination and
geometrical problems are dealt with and some examples are given, To
choose the proper illumination of a body in water the authors studied the
light flux entering the camera by taking account of the light scattering
caused by the water. They also determine the number of illuminators and
their position. Furthermore, they study the influence of light refrac-
tion on the apparent size of a body in water. When photographing a body
on its passage from one medium into the other the optical distortion and
Card 1/4

Motion picture of the movement ... 3/077/60/005/006/002/'003
B019/B067
the different optical densities of the media are to be taken into account
in the experimental arrangem-nt. Experimental arrangements used by the
authors are discussed based on Figs. 5 and 6. The first experimental
arrangement is used to study the penetration of a falling body into
water, the second is used to study the rapid movement of a body in
water (with the formation of cavities). In the following the authors
discuss the experimental arrangements for floating up the cavities,
in which two mirrors are used for observations in horizontal and
vertical directions, and for the penetration of a body moving very
rapidly on a ballistic trajectory from air into water.. There are 12
figures.
SUBMITTED: July 8, 1959
Card 2/4

Motion picture of the movement ...
Legend to Fig. 5:
1) Screen; 2) object
tc be studied; 3) motion
picture camera, 4) mirro
Fig. 5
SS/07 60/005/006/CC2/OG3
B010 o67
Card 3/4

Motion picture of the movement ...
~Iegend to Fig. 06:
1) illuminator;
2) trolley; 3) motion-
picture camera;
4) dynamometer-
resistor; 5) rails;
6) fairing; 7) water
level; 8) experimental
object; 9) cavity;
screen.
we umen--anovefoo
TOMOyermoanflapamyPa
S/077/60/005/006/002/003;,
B019/BO67
06,meramen
/ ' \' , Rfmoramen
ypoee'. eoem
0,
Ya, Cede
NageOffa
Fig. 6
Card 4/4

T_ 04,:-.7C. -67 wr (i rn~11~ D
ACC t-R- AT6025116 00 SOURCE CODE: UR/0000/65~000/000/0154/0164
AUTHOR: Rybakov, V. L; Nikolayenko, A. G.; Staseyev, Yu. P.
ORG: none
TITLE: Use of motion-picture methods to investigate hydrodynamic processes
SOURCE: AN SSSR. Okea-nograficheskaya kondsslya. Sektslya podvodnykh issledovanty.
Razvitiye morskikh podvodnykh issledovaniy (Development of underwater marine research)
Moscow, 1zd-vo Nauka, 1965, 154-164
TOPIC TAGS: cinematography, hydrodynamics. stereoscopic photography, underwater
photography
ABSTRACT: This article exanAnes certain principles of conducting underwater motion-picture
filming of rapidly moving objects both In fluids and at the intersection of the air-flulo interface.'
A steroophotogrramineLric cinematographic method Is devised for visualizing water flows in
transmitted and In combined light for studying cavitation flows. The method indicated in tile
article for determining the power of the light source with consideration of absorption, scatter-
Ing, and travel rate of the object permits obtaining qualitative and quantitative data. Photo-
graphy In media with different optical densities permits obtaining the characteristics of the
Card 1/2

r, 040 0,6
ACC 4 A~6025116
motion of a body with an accuracy up to 5%. Application of stereophotogranimetric motion-
picture filming In hydrodynamic investigations showed the advantages of the method, the need
for its further development, and Its introduction into scientific research. Orig. art. has:
10 figures.
SUB CODE: 14,20/ SUPM DATE: 06Dcc65/ ORIG REF: 002
/V IL/
carci 2/2

111mumTKO, A. S.
USSR/Teletypewiters Sep :L946
Telegraphy, zigh speed
"Introduction of Letter-Typing Apparatus in Radio
Crmmmnications,* A. S. Nikolayenko, 2 pp
"Vestnik Svyazi - Elektro Svyaz'* No 9 (76)
The machines using the Greed code have proved Ineffi-
cient for automatic communications. As a result there
is a movement to replace these machines by the new Bodo
letter typing machines which have as one of their
advantages a high transmission rate.
PA 1 9T 90
19M

MO/C ications Aug 48
Radio
]Cff ioiency, Industrial
51
Oasasona for the Backwardness of the Thillsi RMIO
COMMiestiozo Msnagewmt Board," A. S. Nikolaym-
ko, Doer, It PP
*vest svyazi - 3clektroavysz'" No 8 (101) 19str
Main reanons are POW MintOnsms OrgOnUstiOn, UWk
of control over neasuring instruments and safety
equipment (rubber gloves, etc.), absence of tunift
records, and working of 24-hour shifts. Only 9f6
ficient member of the staff Is Coweds ftb3tkovap
M. 7/49T31-
WO/Comunicatione (Contd) Aug 48
mbo organized an instructional WOW=- ZfficiOWY
=at be increased during seactW-bW of curient
year.
~4
0
7AMI

t
11IFT-TAYTINEC, A. ~,;.
'Problems of Alitomatiori o1' ,j '..
L r ~,, t. 1,1, , , , , ' i, , . ~ . I . . "
I . :7
r~ vyttz t , No. I , , M( L;c--,D',4, ( ~: t I ') ' I : , - 1
I ~ -
Trn ns !at 1 (-jri: ?,'. ~ L ~ i. :~,

NIKOLAYE17,0, A. S. Chief of the Moscov Management of Radio Communicati-.ns
"Tbe Oldest Radio Center in theCountry."
Vestnik Svyazi No. 12, 1954, PP 30-31
Translation M-3,053,365 14 Feb 1957

MIZOIAYZMO. A.S.
lanin's concern for Soviet radio. Toot. sviazi 17 n0.11:29-30
N '57. (KIRA 10:12)
1. Zamestitell nachallnika HDRST.
(Radio)

NIROLAYENKCI, A.S. , inzh.
The oldest radio center in tll-,e So-rir~t Un'-~-; r=,*ve.--s;i:-y
-P the Octcber Revolution Transmitting Center in Mcs,~,-w. Pa.-,io-
tekhnika 20 no.1:741-75 Ja 165~ (MIRA 14W

ACC M t AP6009627 SOURCE CODE: UR/0182/66/000/003/0011/0012
AUTHOR: Nlkolayonko, A. S.; Kozlovskiy, A. S.
ORG: none 7
1~ (ti
TITLE: Forging of Kh18Nl0T steel pivot pins with a deep punch
SOURCE: Kuznechno-shtampovochnoye proizvodstvo, no. 3, 1966, 1-1-12
,3r.qt)er()R~qj_ '1M0VtA)1,7R.9,j
TOPIC TAGS: Ahot forging, stainless steel, gr&in boundary stability / KhlBN10T stain-
less steel
ABSTRACT: A production process developed at the Dnepropetrovsk Metallurgical Plant,
for forging conical pivot pins made of KhION10T stainless steo s described. The
imetal was preheated to 11800C, forged into billets and removed cm the press at ?~PGC'
fter forging, the billets were annealed for hot-piercing, he 'ated above 10900C and
erced to a depth of 520 mm. Since Khl8Nl0T steel undergoes transcrystallization,),fow
V
compressive levels were used in hot billeting to prevent internal cracking. A schemat-
ic diagram of the piercing the is shown and details of 6 separate forging operations
are given. Thus the following items, comprising all of the industrial-experimental
data on the process, were listed: name of operation, sketches of processed pieces,
tools and temperature forging ranges which varied anywhere from 850 to 12200C depend-
ing on the process. Standard toleranceq (GOST 7062-54) could be reduced 25-30% since
111 UDC: 621.73.034

Ajr
coal
Refrigeraizte
$ "Tzatalling the Main Caisson at Shaft No 1
.4
P4 ('Novo-Grodov") With the Aid of Artificial
PX"zing, " "A. T. klkolavenko, Mha, 5 pp
P19" No 4
MMItt No I of Arteaugoll Umfoine is 5 motors in
~dlajwter. and 134 meters deep. Ventilator sMft
Is ~:132 meters deep. After vator van pmr*d..*.Mt
disciovered, that dovu to a depth of 47 meters Uwe
V":~&eat cracks tbrougb,vbIcI& a dangerous ONOwt
~-OI.Xter vas pouring. bescribee operation vbsi-OS-
USM/Mining (Contd) APL,
Pips. were sunk around circumference of sha:ft~p
AFA~'cooUng 114~xid. forced into tho pipes to
fri4lze, the Goil'and unaergrouna vater. A tW
--;ifectively sealing
0 gar van then builtj, the
of water.

NV~CLAYIITII~c I I. ~.
Shaft SinkinE
I r, - I -
Crganization of work-cycle iti sirking uine stafts. A. T. Nikolayenko. 3i't-, stroi. tekch-
9, No. 3, 1952.
Monthly Lis of Russian '.ccessio s, Library of Congress, A;:ril 1?52. "nclas -4 ff iec.

NIKOIAYENKO A.T. gorny7 Inzhener.
Vertical shaft sinking with UZTM boring rig. Mekh.trud.rab.9
no.lz24-27 Ja'55- (RIJU 8: 3 )
(Shaft sinking)

NIKOLAYXNKO. A.T.; DCROSHMO, G.N.; FAYNMG, G.S.
------ --, -
Selecting flushing methods In bortag mine shafts. Ugoll 30
no-11:11-13 N '55. (XLRA 9:2)
LVaesoyusnyy nauchno-Issledovatel'skiy institut arganizataii
wontasha, shakhtontrottellstya.
(Shaft sinking)

SAMOYLOVSKIT, K.B., kandidat takhnichookikh nauk; NIIOLAYUKO, A.T..
inzhener.
Sectional supports for bored mine shafts. Mekh.trud.rab. 10 no.6:
35-38 Js '56. (KUU 9:8)
(Kine timbering)

I 1r I
NIZOLAYENKO, A.T. inch.
Adhesion forces In solidified grouting. Shakht. strol. no.12:
16-18 D 157. (MIRA 11:1)
(Shaft sinking) (Mine timbering--Testing)

ALESTIKO. F.I.. Inzh.j__!UKOLATEXKO, A.T.. inzh.-, TUDITSKIT, G.I., Inzh.
Hydraulic drivirg for`~boring machinery. Sbakht.stroi. no.2:6-10
F '59. (MIRA 12:3)
(Boring machinery)
(Oil hydraulic machinery)

CHMITSOV, Mikhail Ivanovich; SLCBOIKIU, Dmitriy Savvich; FAD&TKV,
Tevgeniy Ivanovich; SKIRaRM. 011gard Boleslavovich; FOLTAK.
Aron LIvovich: ZHUK. Boris Vasillyevich; POLYAKOV, Vikolay
Kikhaylovich; UIX.CLAYRNKO, Aleksey TImofeyevich; FATHBERG,
Grigoriy Solomonovich; YUDITSKIT, GrIgorly Izrailevich; DORO-
SHENKO, Grigoriy Nesterovich; TWPAK, N.G., prof., doktor takhn.
nauk. obahchly red.; SKIRNOV, LJ., red.izd-va; KONDRAT'YEVA,
K.A., takhn.red.
(Handbook on special methods of shaft sinking) Spravochnik po
prokhodke stvolov shakht spetsial'nymi sposobami. Koskva, Goa.
naixchno-tokhn.izd-vo lit-ry po gornomu delu, 1960. 383 P.
(KIRA 13:4)
(Shaft sinking)

3/03 60/026/011/029/035
24 620 , B004YBO67
AUTHORSa Nikolayenko, A. T. and Anikeyev, Ya. F.
14for Controlling Layer
TITLE.- Ultrasound Immersion Apparatus
Separation in Thin-walled Pipes
PERIODICAL: Zavodskaya laboratoriya, 1960, Vol. 26, No. 11,
pp. 1310 - 1312
TEM For the purpose of examining whether in bimetals a separation
takes place between the two metals, an apparatus was constructed at the
authors' Institute in 1959 which allows the detection of such separations
to an extension of 0.5 mm. In this connection the experience gained at Lhe
TsNI1TXASh (Central Scientific Research Institute of Technology and
Machine Building) was used. The pipes were passed through an immersion
bath and accustically irradiated with 2,5 Kc/sec, with 1000 pulses per sec.
The echo signal caused '.j the defects is amplified, switches on a signal
lamp and stops the supply of the samples. The apparatus was industrially
tested with 20 x 0.2, 9.7 X 0.7 and 12 x 0.6 bimetal pipes. It indicated
layer separations by some microns of an extension of 0.3 mm, Experiments
Card 112

-UVOLAYRIF ), A.T.; YUDITSKIY, FOLYAE, A.L.
Drillinr equipment for the sinkinp of shafts and large diameter Ljre-
holes. Upol' U~r, 5 no.?:14-16 J1 161\. (MiRA 15.1)
1. Ukrainski,, nauchni-issle(lovatel'skiy institut organizatsi, i
mekhani7atsii shakhtnogo stroltel'stva.
(Rock drills)

NIKOIAYEBKO, A.T., inzh.; KUPCHINSFIY, I.A., inzh.
Marcury-mchanical means of protecting drills from the effects of
the surrounding medium. Shakht. stroi. 5 no.8-.13-16 Ag 161.
(MIRA 16:7)
1. Ukrainskiy nauehno-issledovatellskiy institut organizataii
i mckhanizatsii shakhtnogo stroitellstva.
(Baring machinery)

S:-;D(,'V, Boris Yakovlevich; Nj-YQLA1ENAQ,_A1eksey Timofeyevich; YUDITSKIY,
Grigoriy lzrailevich; WISTAWYAN, A.Ya., red. izd-va;
WMILINA, L.N., teklm. red.
(Drilling rigs for sinking shafts and boreholes]Burovye usta-
novki dlia prokhodki stvolov i skvazhin; spravochnik. Moskva,
Gosgortekhizdat, 1962. 363 P. (MIRA 16:2)
(Shaft sinking) (Boring)

POLIAR, A. L., kand. takhn, nauk; NIKOLAYEHKO, A. T., inzh.; GRICHMOt
R. N., insh.; BAM, V. fi.-, k-and,--tilih-n.--n-a-a-r-ISAKOV, E. if#
0 0,
inzh.; STARKOV, V. I., insh.
Afficient geometry and makes of J~ard alloys for the blac!as
of eutter loacers with a planstaxy-cutting actuating Me-be-r.
Ugoll Ukr. 6 no.lC:20-22 0 162. (MM 15:10)
1. Ukrainskiy nauchno-issladovatel'skiy institut organizataii
i mekbetnizataii shakhtnogo Btroitelletva (for Polyak, Nikolayenko,
Grichanko). 2. Ukrainskiy nauchno-isoledovatel'skiy institut
sinteticbeekikh averkhtvardykh materialov i instrumento7 (for
Baku-11, IBakov, Starkov).
(Coal mining machinery)

, " , I , ~ '-!. ~ 11 . . . . . .,. , . : I .. ...1. : , , i '. , I
. I
I ,

S 262 6200001i Oil Oil
1007 1207
AUTHOR: Nikolayenko, A. V.
TITLE: Mechanical control of light-fuel ineccion
PERIODICAL: Rcferativnyy Lhurnal, otdcl'nyy vypusk. 42. Silovyyc ustanovki. no. 15. 1962. 74. abstract
42.15.452 (Zap. Leningr. sAh. in-ta, no. 82, 1961, 54-59)
TEXT: Results are reported of investigations on a light-fuel injection system, whose basic components
are a slide-valve with meter ing-cl ist ri bu ting device and a closed-type fuel nozzle. The cost of such a sNstem
i~ said to be competitive with the cost of a conventional multi-chamber carburettor Comparative test.% of
the fuel-injcction system proposed and of carburettors were carried out on the IM-21 engine, the results
sho,Aed the system to be practical. Highest economic efficiency is obtained %%ah fuel injection into the
zone of fuel mixture impoverishing, which may be explained by it more uniform distribution of (lie mixture
in the engine cylinders. On the other hand, increased specific fuel-consumption Ahen using rich mimures iis
compared "Wi a carburettor engine, points to the necessity of selecting an opurnum angle of Atl~ancc ot
fuel injection, and of improving mixture formation at the increase of cyclic fuel-feed
[Abstracter's note- Complete translation.]
Card 1, 1

ZHDANOVSKIY, N. S., doktor tekhn. nauk; GITLIN, N. N., kand. tekhn.
nauk; NIKOLAMNKO, A. V.
Investigating the performance of the GAZ,21 engine with flame
ignition.in case of carburetor mixing and fuel injection. Av-t.
prom. 28 no.9--3-8 S 162. (MIRA 15:10)
1. TSentrallnyy nauchno.-issledovatellskiy i konstruktorskiy
institut toplivnoy apparatury avtotraktornykh i statsionarnykh
dvigateley i Laningradakiy sellskokhozyaystvennyy institut.
(Motor vehicles-Engines-Testing)

NIKOLAYE21KO, A.V.
"An Investigation of the Working Process of an Automobile &nlgire
with Jet Ignition with Carburetion and Light Fuel Lnjectionif;
disnertation for the degree of Candidate of Technical *,ciences
(awarded by the Tiodriazov tfricidtural AcadaW, 1962)
(Izvestlya Timirvazevsk Sellakokhoz3raystvennoy Akademii, Moscow, No, 2,
1963, pp 232-23i5-

ZHDANCVSKIY, N.S. , ~ioktl-,- ttklui. nwik; ;[-. ,, ;' N. , Yand. tekhn. nauk;
111KOUTENIKO , A.7. , Icand. t,~k:Lr- nauk
Investigating light fuel injection qy3tems wiU, a pro~,ortionlng
distributor. Avt. prom. 30 no.P:,,-15 Ag 164.
(,'ERA 17:11',
1. Leningradskiy institut i TSertrFllnyy
nauchno-issledovatellskiy 1 xc-~nstruktorskiy institut toplivnoy
apparntury avLoLmktornykh i statsimmmykh dvigateley.

L 33749-66 EWT(m)/T WE
i ACC NR,AR6017326------------a SouxF. coDi-~-uWbz7j/66/ooo/ool/oo45/c)o45
AUTHORf Zhdanovskiy, N. S.; Gitlin, N. N.; Nikolayenko, A. V.; Kozhushko, K. I.
TITLE: Jet ignition Is an effective means of increasing economy and completeness
of combustion In automotive engines working on gasoline and liquified gas
SOURCE: Ref. zh. Dvigateli vnutrennego agoraniya, Abs. 1.39-337
REF SOURCEs Zap. Leningr. a.-kh. In-ta, Y. 97, 1965, 181-189
TOPIC TAGS: Ignition, combustion research, engine ignition system, fuel
consumption
ABSTRACTf Jet iSgtion\\i9 an effective means of increasing fuel economy In ner.al
automotive engine working on gasoline and liquified gas. The more active flow of
the combustion p.2-c--O~-Areaults in decreasing the carbon oxide content In exhaust
gases, compared '.o spark ignition. This holds true for both gasoline and liquified
fuels.
SUB CODE: 131 -':JBM DAM none

WIT
r:

RODNOV. V.I.; MARTYITOV, B.P.; VASILIYEV, N.V.; 11U01AYEjK0._3.Z.: GUROV, Ye.P.;
VOLCHKOV, Te.F.; NIG11ZDV, V.N.; MARKEIAW, I.A.; GUBAITOV. M.V.
What does you association offer for the 43d anniversary of the Great
October? Chiefs of all-union associations speqk. Vnesit. torg. 30
no.10:28-33 160. (MIRA 13:10)
1. Predsedatell Vaesoyuznogo ob"7edineniya "Ma3hinoeksport" (for
Rodnov). 2. Predsedatell Vaesoyuznogo ob"yedineniya, "Hashonoimport"
(for Marty'nov). 3. Predseciatell Vaeso7uzno7e ob"7edineniye
"Mashpriborintorg" (for Vasil'7ev). 4. Pfedoedatell Vsesoyuznogo
ob"dineniya "Tekhnopromimport" (for Gubanov). 5. Ispolnyayushchiy
obyasannosti predeedatel7a Vsesoyuznogo oblyedineni7a. "So7uzpromeksport"
(for Nikola7eko). 6. Predsedatell Vseso7uznogo ob"yedineni7a
"Soyuznefteeksport" (for Gurov). 7. Predsedatell Vaesoy=nogo
obyedineni.va "Proms7r'yeimport" (for Volchkov). 8. Predsedatell
Vsesoyuznogo ob"yedineniya "Bcsportles" (for Nichkov). 9. Predeedatell
Vseso7uznogo ob"yedinbniya "Raznoekeport" (for Markelov).
(Russia- -Commerce)

.~ ."(.y , ;.'. : !i' K,,: '_'~ ! ;, , '. - . ~ :i.',, 11.1 NY , , .:
,~iiin-,na% ~- -' , , --- - . . I -
;- " *- -.I-,- ~ P,- ; - 7 : - - - -- --
i,iv". tl.-1-11,'ii . . I I, ...) : - 1, , . .
. . . I

BAZHENOV. M.1 NIKOLAYENKO, G.
Useful competition. Zemledelie 27 no.1109 M 165.
OG RA 18: 10)
1. Nechallnik Novosergiyevokogo rayonnogo proizvodstvennogo
upravleniya 4ellakogo khozyayetwa, Orenburgskov oblasti (for
Bazhenov). 2. Glavnyy agronom Movosergiyavokogo rayonnogo
proizvodstvennogo upravleniya sel'skogo khozyaystva, Grenburskay
oblasti (for Nikolayenko).

MlxoW;,%TK:. C,~, . ~ - ..
.1.-". ~
V- ~ - . - - - r-, ~ ~i .. -
I
li ~4 -
. - .-: , -.- - . . - - :j -

NIKOLAYENKO, G.I.
Some characteristics of the radiation balance cf w- --e-avshan
Glacier. Mat.po meteor.i klim. no.lM3-130 16 ~. (,M--R.A 1": '1)

26332
S/'C48/6 J.''
2 L I ~~Olj 207 31 Al,'?2 ~12
1
A 7PHORS ',la rbutt , K. I - Fri d man, Ye. :ili. , Nikoleyenkc
X-ray Vibe wT, constan, vacuum for a Icnz-;-iv:
9~c-c~rometer
El'~'IODI'CaL Akademiya nauk z~S,.:h' Tzvestiya. I-*eriya i z,,
v. 211, no. 6, 1961, 936-1)38
ii'~- PI r, t i.a p e r -4 a s t r. e sur, e c t o a I ce c t,-i r
r,,- r r 9 Y .,,, u c r c c ~y a r ' k o v.
10 1,
F, r -i,, r tile nl_-wuvi~! rar;.--
X-ray fubcs have -o t,~ u
d t X - r ay 'u b e I g 7 onn v c ed -.,, it
f --t y p,~ rc mo e r . -iacuat,.ccn of t i s 9 t
um an j IrIc" ,
Cf i -u' c.~ i r. ray
.3 r.,vz?n t s-o r~
b.-en a' t
1~ M il
dl

26
3 /,() 3~21
48
A-ray "ifte with ccn:-tan', vacuum ... 1,
org-wav- fluore 7, rom._- 1. er w i a ~c i a! I Z.,
"nstan- va-uum. In the constructir~n tni~i -ir.~,ctrom, ?...r Dr.
af~empted tn meet the following demanda. I Tnt! X-ruy t,_il C)n-
2t i~ucted that the part of the witi, 'he winlow fcr
If the ruvo can 1,e ini;er"ed int~~ the vacuum 1:.-ir, 7
1-~ie winle)w shculd be 'ransiaren+ to s-,~ft K-raliaticr; f
X-ra- 'ubp c-:h,:%ild ~e ~u_,h t-a, an lrc~,rpnn type Y-ray i:' i
tai.-? witi, fill rurrert )f ma. Fie,. I --,how; E!
1,1~- ',:vel-jo,~J from Of Vie-N. Wit:. t~- ~i,
x rsy .1 1
'klange Z and rin~~ ~ the part I of the tul- i- -7 1
W~tachpd to ~he par' 4 cf tcie racuum Spectrcmeter. .:11 n - r
is
atta,~hei to the ,ar, 1 wiln the aid of tiie r'ng
the water supplieJ by 6. The beryllium lisc wi.
thickness smaller than 0.') m.-n serves as window for t?~e /.-ray;:.
consi.-.ts of copper, tungsten, molybdenum or c`romium. T r~~ r c a
-athode i1 has a tantalum focusin,: '-ead 12. Th,2 cyllinier 1- f to
the cros-s-shaped Elas~_ base 1l 1-y means of a steel col!~:tr.
is produced from tnorium - tun'-ster', carbile. 14 is a 1,-ad c-.v~_-r 7j1:ic 1
.,ard 214

21b
6
S TT-Ur/2'6-1/025/008/005/009
X-ray tube with constant vacuum ... B104/B202
attached to the body by means of the brass jacket 15. The X-ray tube.?.
described here is of the type'_~''~ 5 (BKhV5). Tests proved that with.i~ie
aid of the spectrometer described, it is possible to-excite the
fluorescence X-ray spectra of the L-series of.rare earth elements. The
authors compared the effectiveness of the excitation of the L-spectrum of
lanthanum (line 11- La with the long-wave X-ray spectrometer'of the
type '--3 (DRUS-3) which is produced by the research department of
Rostovskiy universitet (Rostov University) and the spectrometer described
here. It was found that using the X-ray tube described here, a threefold'
excitation intensity of tile fluorescence o~-t~heT-spectrum of lanthani;m
can be reached. Thus, the sensitivity of the X-ray spectrum analysis,
to elements of the group of the rare earths can be improved. There are
3 figures and 2 3oviet-blog references.
Fig. 1; section of.the X-ray tube for a long'-pave spectrometer.
egend: 1) atmosphere; 2) oil; 3' vacuum. The measures are given in mm.
Card 3/4

4101581disir
.

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ocu X- Wh i f o i: "a i r' r a,n aly
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'ht be ja~~yizk er-co&~d a4bde-'.~- prctotypes we.re

A Ae at.'
't t te
as e "-tay~ou it;e a o'zL w m d a.ia
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WU~,o-StW6, operAt art- ~'J~epor .44 Ini,
at" tit Vw
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4j6d...
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ow alt.. ~rayl Pic

30049
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pre-
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7! 3

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4,

SOBOIEVSKAYA, G.D.; IOFFE, Yu.K.; NIKOIAYENK0_#_G.,M_._; FRIDMANY YO.M.
High-power mall-sized X-ray tube for fluorescent X-ray spectrc-
scopy. Zav. lab. 31 no.11-1414-1415 165. (KM 19:1'j

1.
NIKOLVMI'~Ol Go No
Solid 6.7ate Physics, 'ihermoct)rn&iics (098)
Izv. Sektora Fiz.-Khim. Analiza (Inst. ~bsrich. i Neorgan. Ktisaii~A. k;. 555R~'j
No 22, 1,)53, pp 117-121
Kornilov, I. I., and Nikolayenkop Go No
Phase Diagram of tne System Ackel-Chroviium-Vanganese
Microstructural nel,hod usinF 12 --ross secti-ins was used-', e priase
diafrrain at room temperut-jr of -i-Cr-l-In. 3oiubilit; of Cr in Ni was found
35%, fin in Ni abo,it 36%, and maximum of joint Cr and Xn sola,jility was 2t.% Cr
+ 2L,,% M no
So: Moscow, llefer%tivn-v, Z.,;.-!rnal -- Fizika, No 5, L)" 31()~')

137-58-4-69--t
Translation from: Referativnyy zhurnal Metallurg,ya, 1958 Nr- 4 p 94 ".USSR)
AUT14OR: Nikolaverkf, G. N
TITLE: Synthesis of Aiun-itrun-i Artimonide (AISI)) and Son-le it,-, Pr,p-
ert;es (Sintez sur'myanistogo alyumirtya IAIS~,) : nvkw(,i vyv ~-f
5 v(;YS t Vd)
PERIODICAL: V sb - Vcpr, metallurgii i fiz. poluprevodnikov Mu~'((-x A N
SSSR, 1957, pp 80-90
ABSTRACT: A method of synthesizing AISb from pre-purif.ed AB-000 Al
and SU-0 St) and the semi-conductor properties of this CUMPILUNd
are described- Synthesis of the charge (5 percert excess- Sh) x'~,
performed in corundum crucibles, w-Ithin quartz arnpcules. hc
vacuum within which was replaced hv an He atmoriphere ~400 rrin)
Hg) at 550-6000C and restored after heating to i"00" and ct ol -F
to 9000 When synthes:zed in the evacuated ampouie5 the spt,
men5 became more porous it was found that the charce ext i at -- c.
Fe. Mg. and Si f rum the c rucible Thus multi( rystalkne ~'j' 1
of AlSb of the p-type WiLi-- a micruhardncs.-,. HV !'f 460 1(g TI)FT;
and a density of 4 15 g/cm 3 were obtained X-ray dralysis ~-[ iw
Card 1/2 structure of the bars showed the presence of a (-rvs!ai la!t;~c of

L 344o6-66 t )/&T1 IJP(c)
ACC NRs AT602265T Soma com Woooo/66/ooo/000/0158/0164
AUTHOR: Ionov, V. P.-i-
ORG: none
TITLE: Experimental study of a flow of dissociated gases through a supersonic nozzle
SOURCE: AN SSSR. Energeticheakiz inatitut. Issledovaniya po fizicheskoy gazodinamb
(Studies of physical gas dynamics). Moscow, Izd-vo Hauka, 1966, 158-164.
TOPIC TAGS: gas flow, supersonic flow, equilibrium flow, propulsion nozzle, super-
sonic nozzle
ABSTRACT: The supersonic flow of various gases (oxygen nitrogen, and carbon dioxide
through two supersonic nozzles was investigated experimentally. The nozzles were
placed in a shock tube so that the heated and dissociated gas discharged through the
nozzles after reflecting from the tube end. Two nozzles were used: one with two
flat straight walls and two flat diverging walls, and the other, an axisymmetrical
nozzle with a hyperbolic contour. The gas parameters at the nozzle outlet were
determined by photographing the flow patterns of the gas flowing around a semi-wedge.
Mach numbers at the nozzle outlet were obtained for various nozzle-area ratios, and
then compared with data calculated under the assumption that the flow is in equilib-
rium and isentropic. The errors caused by disregarding the heat transfer and frictia
at the walls were estimated. A considerable deviation from the isentropic data was

L 34402-66 EIRT (1)/EVIP (m)/EWT WIT W,41 Xrv'/JWD /dE/JT/GD
ACC NR& AT&O-9-265E[ SOURCE CODE: UR/0006/667o
AUTHORs,~4I1kola
ORGs none VI,
TITLE: Calculation of the recombination rate constant of diatomic gas
from the Mach number at the outlet of a supproonic nozzle
SOURCEt AN SSSR, Energetic-heskly inseitut. Issledoyanlys, po fizi-
chaskoy gazodina tudies of physical gas dynamics . Moscow,
Izd-vo Naukal 1966, 165-169
TOPIC TAGS: gas flow, recombination -at@, rate constant. gas kinetics*
nozzle flow# dissociation
ABSTRACT: The effects of intramolecular processes, such as dissocia-
tion, recombination, and excitation of vibration on supersonic gas
flows, in of great interest in studying high temperature gas dynamics.
In particular, the recombination rate of a dissociated gaj had been
previously found to affect the expansion in a supersonic nozzle.
Therefore, in the present experimental analysis, an attempt was made
to calculate the recombination rate from measurements of one of the
parameters, in this came, the Mach number, of a gas (oxygen or hydrogen)
discharging from a supersonic nozzle, Using an approximate method
Card 1 / 2

I
!S
~tppv 6u q ~~CaL+-
t F
ei
'S i r Y CAL e( CC; ",._
I

L 34406-66 T/~,,-~ ( t 1 JP j D/ jT D
ACC NR3 AT6022657 SOURCE CODE: UR/oooo/66/ooo/ooo/ol58/0164 i
AWHOR: Ionov, V. P.i Nikolayev, G. N.
ORG: none
TITLE: Experimental study of a flow of dissociated gases through a 9_~erqonic nozzle
SO%TRCE: AN SSSR. Energeticheskiy institute. Issledovaniya po fizicheskay gazodina=*4
(Studies Moscow, Izd-vo Nauka, 1966, 158-1614.
'i"OPIC TAGS: gas flow, supersonic flow, equilibrium flow, propulsion nozzle, super-
sonic nozzle
ABSTRACT: The supersonic flow iof various gases (oxygen'. nitrogen, and carbon dioxide)i
through two supersonic nozzles was investigated experimentally. The nozzles were
placed in a shock tube so that the heated and dissociated gas discharged through the
nozzles after reflecting from the tube end. Two nozzles were used: one with twc
flat straight walls and two flat diverging walls, and the other, an axisymmetrical
nozzle with a hy-perbolic contour. The gas parameters at thj nozzle outlet were
determined by photographing the flow patterns of the gas flowing around a semi-wedge.
Mach numbers at the nozzle outlet were obtained for various nozzle-area ratios, and
then compared with data calculated under the assumption that the flow is in equilib- I
rium and isentropic. The errors caused by disregarding the heat transfer and fricticr~_
at the walls were estimated. A considerable deviation from the isentropic data was
C,_rd 112 1

. --L-344o6-66
Acc NR. AT6022657 t
observed for CO and 02- This discrepancy miW be due to the fact that the flow ;a
not in equilib;lun. Orig. art. has: 5 figures. (PVl
SUB CODE: 21/ SUBM DATE: 31Feb66/ ORIG REF: 008/ OTH REF: 003/ ATD PMS:
-W 5 0

L -34405-- 66 EWT(1)/E'JP (m)1E.1,iT (m) /T `411'j" ';1JWD 1WE/JTIGD
ACC NR, AT6_6~:M59-- SOURCE CODE: UR /0 6-0-07Z-670-0-0-70-0-070-1G5-W63F--1
AUTHOR: , If I k o 1 a ,y
ORG: none
TITLE: Calculation of the recombination rate constant of diatomic gao
from tha Mach number at the outlet of a supersonic nozzle
SOURCE: AN SSSR. Energeticheski ins(it-ut. -I-ssledovaniya po fizi-
cheskoy gazodinamike (Studies of physical gas dynamics). Moscow,
Izd-vo Nauka, 1966, 165-i69
TOPIC TAGS: gas flow, recombination rate, rate constant, gas kinetics,
nozzle flow, dissociation
ABSTRACT: The effects of intramolecular processes, such as dissocia-
tion, recombination, and excitation of vibration on supersonic gas
flows, is of great Interest in studying high temperature gas dynamics.
In particular, the recombination rate of a dissociated g& "had been
previously found to affect the expansion in a supersonic nozzle.
Therefore, In the present experimental analysis, an attempt was made
to calculate the recombination rate from measurements of one of the
parameters, in this case, the Mach number, of a gas (oxygen or hydrogen)
discharging from a supersonic nozzle. Using an approxinate method
Card 1/2

L 344o5-66
'Ar-C NRs AT6022658
;ased on the concept that the chemical composition is frozen instan-
taneously, the relationships between the Mach number and the nozzle
cross section, which varied according to a hyperbolic law, were cal-
culated and plotted at 8500K and 4200K. It was proved that the recom-
bination rate constant can be calculated froa the experimentally deter-
mined Mach number at the nozzle outlet. Orig. art. has: 4 figures.
(PV)
SUB CODEt 21/ SUBM DATE: 3lFeb66/ ORIG REIF: 008/ OTH REF: 003
ATD PRESS: 6-os3

NIKOLAYENKO, I., ofitser zapasa, uchitell sredney ghko!y (Belotserkovka)
Feat Ir the Sevastopol minc gaderies. Voeen. ZnFin. 4. w-5-5 I/*. Itc
(MIRA 18:!)

C'3
Monthl List of Russian Accessions, Library of Congress,

NIKOLAYENKOp Ivan Ivanovich (Nikolaianko, I.I.1; TIKHONOVA, N.V., red.;
...... red.
[Visible featurec of commmism] Zrymi ryay komunizmu. Kyiv, Vyd-vo
TaK LK*U *Molod'", 1961. 94'p. (MIRA 1439)
(Efficiem, Industrial) (Con=nist ethics)

NIKOLAYENKO,p 4-1,
Borta Origorlevna Bosina. Med.sestra 22 no.Zi49 F 163.
(KURSW AND NURSIRG) (MIM 16 t 5)

NIKOLAYENKO K,_
Inspectors exchange their experiences. Po7.h.delo 8
no.11:12 N 162. (MIRA .15-1-1)
(Leningrad-Fire prevention-Inspection)

, . I . i A I -~ MI IT 1 IA MI , I " ., - , . , ; - r. (11 L~tYh NKO 9
I- K.G.
-~ -,~ I r" I " za , 1 o n " , 'I;!: ~ - , I '. . i . I.- . -I ~; '. : - . ~,' K F~ r r) 6 e no . 'jzb. khimi. zi,l,r.
I/ no.f)"98-101 16-'. (~qRA 17:2)
' I lutkf:~, -
- in:itlt -,nj , r. I I

---
-MIKOLAYEIIKO. L.
Aseuring the presarvation of procured corn. Kuk.-elev.
prom. 26 no. 11:7-8 ii 160. (MM& 13:11)
1. Nachallnik Odesskogo upravlentya kbleboproduktov.
(Corn (Kaize)--Storage)

v 1
,; ~ 7 r,- 1 - I I
F~ 1 V ~~, y , - V" ,
. E ~ " - I ( " "..,, t;- I " ~
VIKOL"HKO, L.N.
Artion of aqueous ammonia on arylsulfonylglycines and theirf-derivatives.
Doklady Almd. Nauk S.S.S.R. 8'7, 775-8 152. 04LHA 5:12)
(CA 48 no.1:123 154)
1. D.I.Kendeleyev Chem.Technol. Inst., Moscow.

NIKOLAfMO, L.S., in2sh.-makrianik
SLorage of mac-h-Irius. rag,,. ot vr,.jkl. i bol. '~ no.'~.26-27
164. (91:-A 17; 11)
I . Anap t3kaya zo na I I na ya o pj L naya .9 ,a r, ts i ya v I n ogra. ia r s t va i v! node I i y-a.

szwv, R.N.; NIKOLAYENKO, L.S.; RIZEERG, I.I.
Management of alcohol plants. SpIrt. prom. 25 no.5:34-36 '59.
OGRA 12:10)
(Distilling industries)

NIKOLAENKO, L.S., inzh.-makhanik
Vineyard sprayers reconstructed by rural efficiency proaoters.
Zashch. rast. ot vred. i bol. 8 no.9:24-25 S 163. (KRA 16t10)
1. Anapskaya opytnaya stantsiya vinogradarstva i vinodellya.

Call Nr: AF lio8825
Transactions of the Third All-union Mathematical Congress 4(Cont.)4,-sc,,-r
.~,; 1 , ,~ I U)
Jun-Jul '56, Trudy '56, v. L, sect. Rpts. , Izdatel'stvr) Ali 16'SSR, Mv~sc - , Y
Liber, A. Ye. (Saratov). To the Theory of Geometrical items.
Lyushk1n, V. S. (Moscow). Vector Method of Transforming
the Systems into Simple Form of DIfferential Equation. 158-159
Manevich, V. A. (Moscow). On the Representation of
Elements of Collineation System of II and III Degree
As a Product of Two Polar Correspondences
and on Some Collineation Properties Connected With This
Problem. 160
There are 2 references, both of them USSR.
Nikola.venko. M. A. (Khar'kov). On Characteristics of
-Yo-ng-e--Equation.- 160
Norden, A. P. (Kazan'). On the Geometric Interpretation
of Certain Concepts of Spinor Analy81s. 160
Card 51/60
f,

~WROVSKAYA, V.N.; B&R&NOVA, T.E.; ILIIHA, A.A.; KOPROVA. N.A.;
-NIKOL SWINh, M.D.
~ - -- _417
Reply to P.F.Andreev, R.M.Geller, A.A.Kartsev, and Z.M.
Tabasaranskiiis review on the book "Luminescence-bitumen
analysis and its application in petroleum geologr" by T.14
Tlorovsks.1% and othera. Sov-geol- 3 no-5:123-127
Hr 160. (HIRA 13:7)
(41minescence) (Bitumen)
(Andreav, F.F.) (Geller, E.M.) (Kartsev, A.A.)
(Tabasaranskii, Z.K.)

KOPOWT, A."I.;
d (-,I
~ot,-tr stati-,ns. Mu
nr L .
nauch. i tekh. ;r.'orni. I-' no.'1:35-3t, :,~r 165.
( IE Fak 1 p

fT F KU A Y-ENFOP !A1. R I
in ~-r - d

L 38487-66 EVIT ~'m)/E,',P(w)/EI;4P(v)/T/E~4P(t)/ET I/E,'J P(k) IjP(c "JD/Mi/PW
ACC NRi Ap6ol9430 SOUECE CODE: UR/0135/66/GOO/006/0028/0031
AUTHOR: Vivsik, S. N. (Engineer); Nikolayenko, M. R.; (Engineer);
Kharin, V. P. (Engineer)
ORG: Podollsk Plant im. S. Ordzhonikidze (Pod0113
/Ifiy zavod)
TITLE: Automatic welding of tubes made of Kh5M-U steel
SOURCE: Svarochnoye proizvodstvo, no. 6, 1966, 28-31
ITOPIC TAGS: automatic welding, low alloy steel, metal tube, arc welding/
Kh5M-U low alloy steel
ABSTRACT: Steel Kb5M-U is a moderately alloyed steel of the martea~site
class. The article describes experiments on the argon are weldin P6f
Kh5M steel under a low silicon manganese flux ZiO-F-2 (type AN-'-~-2~
linstead of the recommended flux AN-15. The samplis were preheated in a
)special burner operating on natural gas. The shielding gas was pure
largon. The welding rod was type V1-10, with a diameter of 3 mri. The
tsamples were tubes of Kb5M-U steel 219 x 18 mm, normalized at 8
:temperature of 990-10200C with subsequent annealing at 700-7300C. The
!welding was done with a type Sv-IOKb~M rod, with both ZiO-F-2 anJ AN-le
,fluxes. The chemical composition of the basic and the melted rretal Is
iizivan In one table, and its machanical-properties in another table.
6 75-52:62-~
_~2 - 669 A5-

L
L
ACC NR~ AP601 430
lHeat treatment of the welded joints was carried out under the following
',conditions: beating to 710-7300c, holding for 2 hours, cooling in the
Ifurnace to 3000C, then in air. Results are presented in a series of
I'Ligures. Orig. art. has: 5 figures and 2 tables.
I
:SUB CODE: 1l/ SUBM DATE: none/ ORIG RE7: 004
Card 2/?- pb

ACC NR1 AP6021007 SOURCE CODE- UR/W25/66/000/006/0050/0054
AUTHOR: Kakhovskly, N. I.; Ponizovtsev, A. JV1.; Vi,vsi-k., S. N.; Nj~olayenko, M. It.
ORG: [Kakhovskiy, Ponizovtsev) Institute of Electric Wel(!T5__im. Ye. 0. Paton, AN UkrSSR
(Institut elektrosvarki im. Ye. 0. Patona AIN UkrSSR); [VivsLk, NikWayenkol Podollsk Plant
im. Ordzhon1Wdze_(Podol1skiy ZAvod im. OrdzhonikirIze)
TITLE: W Idin of E1756 high- tempe ratu re chromium steel
SOURCE: Avtomaticheskaya svarka, no. 6, 1966, 50-54
TOPIC TAGS: high temperature chromium steel, welding flux, welding electrode, swam
auxiliary equipment/E1756 (MIMAIF) high-temperature chromium steel, AN-17 welding
flux, EP-249 weldir~, electrode, P-390 welding electrode
ABSTRACT: E1756 (11Qil2V2MF). high- temperature chromium steel belongs in the martensitic-
ferritic class and is used to manufacture the blades of swam and gas turbines as well as
superheater tubes and steam lines. The article deals with the problem of selecting a flux
which, in a combination with the use of specially developed EP-249 and EP-390 wire elec-
trodes, would assure optimizing t1he chemical compositin- of the weld metal. EXTjeriMents
Card 1/2 UDC: 621.791.7:669.15-194:669.26-

ACC NR: AP6021007
with the butt welding of 36 mm thick joints of El, 56 steel showed that the AN-17 low-silicon
oxidizing flux is the most suitable for this purpose a-nd facilitates best the s :iration of thc~
slag crust, and that EP-3190 eJlectrode wire (Nb-free) is superior to EP-_24.~~.P_lectrode wire,
since Nb-free welds display a stress-rupture stength of 10 14jn-irn2 afler 100, 000 hr at 6011'(,:
and, moreover, during long-tinie tvsts, they display higher plasticity 'ind i-nilLict -s-ti-c-ngth.
The optimal parameters of the butt welding of tubes measuring L1,73Y36 11111) in dj:miet(,-r wnrf,
found to be: welding current 200-220 a, voltage 28-30 v, welding rate 0-12 m./hr fl-,:r-ri a
moderate of automatic welding regime is a pr(-requisitc for obtaining ~, &~-ld mv-_i" i.,; irut2
of hot cracks), with slow subsequent cooling (by not more than 150'C/hr). 'I'lie rl'ollng is
followed by tempering at 7-10-760'C for 5 lir. 17he metal of die resulting weld di.~pla.ys
satisfactory short- and long-time mechanical properties. Orig. art. has: 6 figures and
4 tables. 6
SUB CODE: 13il~/ SUBM DATE: 25June65/ ORIG REF: 004
Card 212

LUKASHEVICH, A.F., agronom; NIKOLAUBKO, M.S., agronom
Planning plant protection measures on the collective farmz of
Moldavia. Zashch.ra.Bt.ot vred.i bol. 4 no.6:li-12 N-D 159.
15.11)
1. Kolkhoz ",Krr_snyy sadovod", Benderskogo rayona.
(Moldavia-Plants, Protection of)

*:IKC)i.,','!ENKO, M(3tvey Step
_IDC)V4 0., red.
(Dw,~,-rf vardens are our prIdej Karliko-i-
ye sady -- nasha
go v io st Kishinev, KE:,r-tia -mo-ldoveniaske: 1965. 56 P.
(MIRA .18:7)
1. WF,~ -?Ty afrronom Rolkhrizit "Ki~a o.ado-vod" TJraspollokogo
rayont , selo KI tskarV, V.( la'anya (for Illikolayeliko) .

/ A (" ;~ /-/ / / "V ~~)j., F1v,
VAKUIMUO. V., kandidat se11skokhozyay9tvennykh nauk; MIKOLAYRIKO. M.,
kandidat biologicheakikh nauk.
Correct use of perennial plants In municipal landscape gardening.
Zhil.-kom.khos. 4 no.5:22-24 154. (KLRA 7:9)
(LandscaP6 architecture) (Perennials)

GOLIDEN8LAT, Iosif Izrailevich; IUKOLAYENKO,_ILiko1ay Aleksandr-ovich;
BOKSHA, R.V., red.; POPCVA, S.M., tekhn. ----
[Calculation of thermal stresses of nuclear reactors]Raschety
temperaturnykh napriazhenii v iadernykh reaktorakh. Moskva,
Gosatomizdat, 1962. 158 P. (MIRA 15:1-1)
(Nuclear reactors)

Nikola~ vnko, N~. it.
"The oscilla'Lionb of a,-,. i-r. "in La, -
(m a P1 -Y -i 1, , D-,. -3 r. -r tral -:~i itjs in t, c~*
(TsM I P':-, lioscow, (Diss-!rta~.Ion "er t
Ln a ~J~ %rial
rp ~ ,)f -aii( J.i,-!
Itopis,
No. 25, 1,.51). !,,'os Col"

- - NIKOIAYEYK0 I N.A. I kand.tekhr-nauk
Steady oscillati~--,-.s in an unbounded sllab lying m an elasto-
viecous semispuce or a semispace vith an elastic aftereffect.
Trudy MIIIGS no.8:129-139 158, (MIRA 14:7)
(Vibration) (Elasticity)

MIKOIAYMO, U.A. (gor.Perovo)
Limited bearing capacity of dynamic systems subjected to impul-
sive forces. Stvoi.mekh. i raech.soor. 1 no.2:40-44 '59.
(MIR& 12:4)
(Structural ffamea)

25(l) PHASE I BOOK EOLOITATION 30V/2494
Trishevskly, Igor' Stefanovich, Boris 1111ch Panicn, and N~kolay
Antonovich Nikolayenko
Sli tki I IzlozhnItsy (ingots and ingot Molds) Klyev, GostekhIzdat
UkrSSR, 1959. 221 p. 2,200 copies printed.
Ed.: L. Raytburd; Tech. Ed.1 K. Ousarov.
PURPOSE: This book is Intended for engineers and technicians In the
steelmaking, rolling, and founding industries, as well as for stu-
dents of vuzes and tekhnikums,
COVERAGE: The authors discuss mold designs for casting heavy Ingots
in the production of rimmed--lind killed-steel blooms and slabs.
They make suggestions for calculatIn Ingot and mold dimensions to
assure minimum waste. Alao discussel are mold failure and Its pre-
vention and modern methods of Ingot-mold making. -;, J!, ~ -
diagrams of molds and noL cops usea at iarger 6oviet steel plant-
are presented. No perBonallties are men#1,..,t;). There are 39
references: 25 Soviet, 3 German, and 11 EnglIsh.
C a rtl=~

SOV/13-59-1-23/23
AUTHORS: Shandrenko, G.I. and liikolayenko, N.A.
TITLE: Bandaging of Ingot izlozhnits)
PERIODICAL: Stal', 1959, Nr 1, pp 94 - 96 (USSR)
ABSTRACT: The influence of reinforcing ingot moulds with bandages
on their durability is discussed in the lieht Df
experience gained at vari3us iron and steel works. It
is concluded that the advaitages of the ap~)lic~_tion of
bandages for reinforcing large ingot moulds a-re well
established. Bandages should be cast from a high-t--arbon
steel or from steels 40G, 5OG or 60G; they should be
placea only on the external layer of the mou.1ds. ingot
moulds for sheet ingots should be also made with localised
increases in the wail tbickness in zcnes liable to over-
heating. The correctness of the shape and dimensions of
localised increases in wail thickness should be checked
experimentally. There are 6 figures and 2 references,
1 of which is Soviet acid 1 a translation from English.
ASSOCIATIONS: VNIIOChERMET i Ukrainskiy institut met-allov
Cardl/l (Ukrainian Institue of Metals)
usmmm-m-61003

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PHASE I BOOK EXPLOITATION SOV/4238
Golldenblat, I. I., Doctor of Technical Sciences, Professor,
and N. A. Nikolayenko, Candidate of Technical Sciences
Polzuchest' I nesushchaya sposobnost' obolochek (Creep and
carrying Capacity of Shells) Moscow, Gosstroyizdat, 1960.
59 P. (Series: Akademiya stroltellstva I arkhitektary
SSSR. Tsentrallnyy nauchno-issledovatellskly institut
stroitel'nykh konstruktsiy. Nauchnoye soobshcheniye, vy-P.
13) 3,200 copies printed.
Ed. of Publishing House: G. N. Vilkov; Tech. Ed.: G. D. Naumova.
PURPOSE: This booklet Is Intended for construction engineers,
designers, scientific workers, and aspirants studying shell
design problems.
COVERAGE: The book deals with problems of the creep and limit
state of shells. General equations of the theory of high-
temperature creep of shells made of different materials are
Introduced. The calculation of shells for creep Is based on
the momentless theory of A. Ya. Ishlinskly and the elastic
theory of Boltzmann-Volterra. There are 13 references: 10
Card 1/3

Creep and Carrying Capacity of Shells SOV/4238
Soviet and 3 English.
TABLE OF CONTENTS:
Foreword 3
I. General Theory of Temperature Deformations, Plasticity,
and Creep of Shells
1. Introductory remarks 4
2. Equilibrium equations 5
3. Geometric relationships 6
4. Physical relationships 7
5. Finite relation between forces and moments in
arbitrary curvilinear coordinates 15
6. Extremal principles 16
II. Momentless Theory of Creep of Shells
1. Fundamental equations of the equilibrium of a shell
made of elasto-viBcous material 18
Card 2/3

Creep and Carrying Capacity of Shells sov/4238
2. Fundamental equations of
maie of material obeying
medium
3. Fundamental equations of
made of material obeying
of an elastic medium
the equilibrium of a 5hell
A. Yu. Ishlinskiy's law of a
25
the equilibrium of a shell
the Boltzmann-Volterra law
28
III. Moment Theory of the Creep of Shells
1. Fundamental equations of the equilibrium of a shell
made of an elasto-viscous material 32
2. Fundamental equations of the equilibrium of a shell
made of material obeying A. Yu. Ishlinskiy's law of
a medium 44
3. Fundamental equations of the equilibrium of a shell
made of material o'beying the Bol tzmann-Vol terra law
of an elastic medium 50
Bibliography 59
AVAILABLE: Library of Congress
Card 3/3
AC/af/ec
lo-18-6o

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at 11 Ell
1 -I
44

GOLOIENBUT, I.I.. prof.. doktor takhri.nauk; IIIKMAIMIKO. W.A., k-and.
tekhn.nauk; GORTACMA, T.V., red.izd~va; HEDVEDEV, L.Ta.,
takhn.red.; RUDAKOVA, M.I., tekhn.red.
(The theory of creep of building materials and its usej Teorila
polzuchesti stroitellnykh materialov i as prilozhenJin. Moakva.
Gos.izd-vo lit-ry po stroit.. arkhit. i stroit.m~'-,-ialan. 1960.
253 P. (Creep of materials) (Structures. Tht)---. of) (MIRA 1): 5)

/V A/.
PHASE I BOOK EXPLOITATION SOV/6002
Golldenblat, I. I., Doctor of Technical Sciences, and R. A. Nikolayenkop Can-
didate of Technical Sciences.
Rashchet konstruktsiy na doystviye seysmichookikh i impullsivnykh oil (Designing
Structures For Earthquake and Dynamic Effects) Moscow, Gosstroyizdat, 1961.
319 p. 5000 copies printed.
Sponsoring Agency: Toentrallnyy nauchno-issladovatellskiy institut stroltell-
nykh konstruktaiy Akademii stroitel'stva i arkbitaktury SSSR.
Scientific Ed.: S. Yu. Duzinkevich, Engineer; Ed. of Publishing Houses B. A.
Begak; Tech. Ed..- N. V. Sherstneva.
PURPOSEa This book is intended for design engineers, aspirants, and personnel in
scientific research institutes.
COVERAGEt Methods are discussed for designing some special structures (liquid-
filled ground-level and underground tanks and the framed structures which
support them) for 4ynamic loads caused by earthquakes. Concise information on
Card 1/W

NIKOLAYENKO, N.A., kand.tekhn.nauk
Impact on a plate lying on an elastic f6urylaticn. Tr-Ij T.5!;IISK
no.lt27-38 'ul. fMiRA 1511.)
(Elastic plates and shells)

GOLIDENBLAT, I.I.; NIKOLAYEBU, N.A.
Determination or s~iismic forces on framed structures supporting
tanks containing -liauid. Trudy TSNIISK no.6:301-72 161. (KIfLk 15:1)
(Earthquakes and building)

Am4oi6o93 aoox EXPLOITATION S/
Nikolayenlico, N. A. (Candidate of Technical Sciences, Docent)
a stability of structures. carrying reservoirs;
Dynamics and seis=
a design manual , (Dinamica i saysmostoykost' konstruktsiy, no-
sushchilch rozorvuary*; posobiyo dlya raschota) Moscow, Gosstroy-
izdat, 63. 0133 p. illus., biblio. 2,000 copies prLnted. (At
head of titlet Akademiy& stroitellstva i arkhitakturyo SSSR.
TsentralIny*y nauchno-issladovatellsiciy institut stroitellny*kh
konstruktsiy).
MPIC TAGS: water reservoir, artificial water reservoir, structurai
stability, earthquake immunity, elastic system with liquid. linear
elastic system, nonlinear elastic system, stochastic method# Fokker
Planck equation, X&rkov process
PURPOSE AND COVERAGE: The book presents the theoretical and experi-
mental research results on the dynamics of reservoirs and structures
uhich support reservoirs. Probability methods of designing elastio
linear, nonlinear, ind parametria (linear and nonlinear) systema
filled with liquids to withstand dynamia loads are considered.
Card 113