141KOLAYI,V, J ,
-.p P P11of.v red.; ALIPoV, V.I. j, red.
[Anesthesia in labor] Obezbolivanie ",dov- Leni.nLr,d,
Yheditsina, 1-964. 214 p,, (MIRA 18:1)
1. Akaijenjiya
tel,rTr chlenmed't-sinskikh nauk SjSj
Aj,~.q SSSj ) 1'10~cclw* 2. Deystv.~-
(for Nikolayev). '
MAYZEL', Yevsey Pavlovich; ALIPOV, V.I., red.
(Clinical aspects -and therapy of female sterility] Klinilm
i terapila beeplod.Lia zhenshchiny. Leningrad) Meditsinal,
1965. 150 P. (MIRA 18:6)
PETROV-MASLAHO'l , Mikhail Andreyevich, zaal. deyatell nauki prof.
red.; ALIPOV, V.I.., red.
(Problf.ms of the pathogenesis, treatment and prevention
of precancerous StAtOB of the cervix uteri] Voprosy pa-
togeneza, lechenlia i profilaktikl predrakovykh soatoianii
sheiki matki, Lewingrad, Meditsina, 1965. 173 p.
(MIRA 18:121)
BARANOV, V,G,.,, prof.; ARSE111YEVA, M.G.; RASKIN,, A.M.; RAFALISM
Ya.D.j SAVCHENKO, D.N.; STEPANOV, G.S.; AqPOV, V.I., red.
[Phys-lololzr and pathology of the female climacteric] Fizio-
logilit i patologiia klimakteriia zhens~vhirjy. Leningrad,
Feditsina, 1965. .269:p. (MIRA 18:9)
1. DeTstvlt~ SSSR (for Baranov).
ALIPOV, V.N.; SADIKCIV, I.N.; FIALKOV, M.A.; ISROVA, A.K., red.; BABIGHZVAq
tekhn.red.
I .
EVransportatio.n and the
rt)gulationsl Transport
mitivnykh. mt,srialov.
62.1 p.
delivery of goods; collection of
i perevozki v torgovles, abornik nor-
Moskva, Gos.isd-vo torg.lit-ry, 1959.
(MIRA 12:12)
Oelivery of goods (Low))
ALIPOVI, V. V.
ALIPOV, V. V. __ "Us,mg Local Mineral Feed in the Ammal Husbandry of Saratov
Oblast." All-Union Scienti-fic Research Institute of Animal Husbandry.
Annual Asplrantiira. Hoacwt IY55. (Dissertation for the Degree ar Candi-
date in Agriou.Vloural Sciences.)
So; Knizhaya TAitopiis' N03# JL956
USSR/parm AiA-iiualt3 0-1
Abs Jour 1, J.' Biol., N-D 1, 195,~, `-'631
Author jO.1pov., V.v.
Inst
Title Ai---cl-%al Fodder an(I.
Orig Put, 3. Pc1volzh'Ya, 195Y, NO 12, 39-41
Nbstract '~--co..L.imdation on th,.~ o-,-" arLorcal fodchr in Volcip
%:."Ion it; given, -,cli-
0
(Ige in thr-, fum, o-~' branc-L-, of maplc, -',.p, poplar,
and o~*~-hcr troc sp~~ci--7, '~i7nnnchos of bird cli~:rry, '---Our-
'-luck-thorn, cund o:,*.,GICDOI 0 -'k
is tr,.-os, ar.: n
for fc,ccling; conift-rolis sp,:!C,--
z:. -p2Aor-J 5tcamcd QJ-10 'lora-3 and carofully wauJI-cl.
1b..- -bi:EHihcq and foli -a&. prn)--.vLd in spring and wuzii,.-,'~): pro-
vid: -C rlaximum
7(m. ThL branchca arc
or, Lyound and Lhcr~-,woon and mixod -Ath bran,
Card 1/2
USISR/Farm Aniizal,~ - G~aicral Problcms. 01-1
Abs Jour : Ix' -i7 V~Imr - Riol., Ho 1, 1959, 2631
vnsilaCc, root crops, and oI`~..-.---- fccd.-tuffs. -- Y,~. A.
Odorohom.
Card 212
ALIPOTI. ~#.Vse )mud* eel Iskokhosynystvenufth nauk.
- - I - -
rive onivoe fvom one cow within two oalving period*. thyotnovadstyo
20 no.403 AP 'P. (UM 1113)
(calves)
MMME
BMEZINSKIY, A.-R., prDf.0 doktor tekhn.nauk,. SOKOLOVA, V.P., mladshiy
nauchn.sotrudmik; AL . mladshiy nouchn.sotradnilc;
Prlnimli uchasti : GB3RNIKNVICH4 L.A., inzh.; SHMAKOV.
N.N.; MSEPKE, V.F., inzh., GRISHIN, M.M., prof., doktor tekhn.
nauk, rateenzent: :WANKEVICH, V.I., inzh., red.; BORSHCHIIVSKATA,
R.N., red.izd-va; MHDVERV, L.Ya., tekhn.red.
(Using precast reinforced concrete in hydraulic engineering
structures] Primnenie abornogo zhelezobetona v gidrotelchni-
chaskil-th sooruzheniiakh. Pod red. A.R.Berezinskogo. Lemin-
grad.,-4os.izd-vo lit-ry po atroit., arkhit. i stroit.materi-
alan, :L959. 430 p. . (MIRA ~2:8)
1. Olp-rovodklioz (for Chernikevich). 2. Gidroproyekt (for
Shavyalrov)
jHydraulic engineering)
O~recast concrete construction)
BEREZINSKIYI A.R., doktor tekhn. nauk, prof., red.; ALIM.V-,_y.Vj
red.; 30RUNOV, N.I... tekhn. red.
[Procaut reinforced concrete spillwy structures]Sbornyo zhe-
lezobe-,onnye vodoebroonye sooruzheniia; materialy soveshchaniia.
Pod red.A.R.Berezinskogo. Moskva., Gosenergoizdat., 1962. 151 p.
(M]RA 15:34)
1. Sov)shchaniye po sborgym zhe162obetonnym vodosbrosnym sooru-
zheniyam, Moscow, 1960. (Hydraulic structures)
(Precast concrete construction)
ALIPOV, V.V.
,--
Investigiting the shear resistance of sandy soil in the presence
of small normal strusses. Trudy VODGEO no-5:71-91 t63.
(MIRA 17:12)
ALIPOVP VIV,
PressuTe of voil f Q-1er in reinforced ceIlular cowrete elements#
Osn., fund. i makh. grun. 6 R.e.7] no.2:18-21 1&.5.
(MIRA 1818)
ALIPOV, Ya.
Only Df the beat qualityl Vnesh. torg. 1+1 no.,,6.-:L8 161,
I (MIM :[/+-.?)
(1409coii Awhine-tool industry) (Russia.-Zommerce)
ALIPOVA, M.G.
11-~ ~-. 1% -1 -,-
Role of Axotobacter in the nutritiva interrelations of the
.animal life of the "lanatO fisherien. Trady Inat. mikrobiol.
no.4:207-212 155. (MIJU 9 . I)
(AZOTO'BAC TIM)
YEVDAKOV, V.P.~'ALIPOVPI, Ye.l.
and anhydrides of phosphorus adda. Part ?i Synt~,fj.~iia
and sorte conversions of phosphirAc acid anhydrides, Zh,i~,, ob.
khim. :15 rio.9-.1584-1587 S 165. (MLIA 1,1~10)
1. Gostidarstvennyy ndUChnO-issledovat(,l'sk!.y i nroyf-kL,.~Yy
instltiit azW,~oy proinyshlennogti i produktov Orgti.-.At~heskog-o
sintem,
NO.
4959-m;66
AGO )IR vAP5025670
imp6twis at' a: t rature M -1300
FUMY, -4OUt&iTdj%. at
im .1 lWuI64
Sn CODIW .00/ IMTU
Att-M rs-
SOUB-03 OOD13s. UR70097
AP6016691 W03510091139
AUTHORt Tevdakovo T6 P4t ~Wpovlj Ye's I
..ORGt State. Soi6nt:UIio Reslogvh~and Planning Institute-f,-. Nitrogen Ind. ~wfi Producti
rl-T 6t OrgoWa- Synthosib T&RaOs-tvenrwy . nauchna-issledovatel I skLy i prpyektW Inst
..azotnoy prorwshle isti i-,produktov,.biganicheskogo sinte za),.
VPIE i Invostigation in ataidbo - anhydrides of,phosphorus~,146 at, VIT.
~,,~mthDsis and some xan ns of anloodride, s of phosphinlo addoi
SOURCE: Zhurnal obahoh6Y.1iddAi: n -15~
V4.35, 0-~ 9, 1965, 1584,
i-OPIC TAGS.-. phosphinic acid-,-,~Orgahic'synthetlo process forzdc'ibidl~
1 luor ate
in d:.brganio compowid,~
AWTMCT: Coihtinuing a 6WO b -2, jk6s ~ho ru a ioidi,;t a~thoi,
'~synthosized anhydrid(
Fe, cycloalkyl-j. and arylphosphinic adids
of Alql-ap
formic a
the reaction of the corresj~onding dichlorides with anhydrous cid or
Mith water. The corresponding,anhydrides are pr%)duced in high yields at 130-.
140 for the &Ikyl and cycloal~grl compounds, andat 150-1603 for.tho at7l
derivative. Thd ankVdride ~syn.,~hesia can also be conducted in the prosence
of solvents and organic. compow-ids, which sharp3,v, reduces the reactioi2 temp-
erature but makes iaolatiov of,the anhydride formied from the hydr9chLoride
~of the organic 'base and ful-bher isolation of the acid enter difficull'yo
UDC-.
Card gL6
BARANOV, A.V.; KAREV, V.G.; A~It
9KA,_Ye.P-.
Vapor-liquid equilibrium in the ayaten conBiBting of the aqueoue
soliations of nitric acid and a mixture of magnesi= &48 !aine
nitrates. Zhur. VKHO 9 no. 21233 164. (MIRA' 13:9)
1. Sibirskiy takhnologi6heskiy inatitut.
ALISAWV, B. 1,
H
fV
Starting D-24 engines. Takhoov. HTS 17 no.24:5-12 D '56jMMA 10:2)
(Tractors-Starting devices)
ALISANOV, B.I.; TEPTEUV, P.M.
. WWIAU
Steel tube radiLtor for the tractor "Universal."
19-20 Je 153.
avt.trakt.prom. no.6:
(MLRL 6:6)
1. Vladimirskiy trah:torNvy zavod. (Tractors--Motors)
MVDV, Aleksey Nikolayevich; AWMT,.Pqrlq,lyazqvich; MISTRYMY, A,I,,
, z
redaktor; VESIDVA, Te*I., _Q 'c' I~i .6 kir'.',redaktor.
Cousiveresin row-crep tractor] PropsmhVe traktory uUniversal".
Xemkvs, Gon.Lid-ve mellkhos. llt-ry, 1955. 183 P. OWU 9t6)
(Tractor@)
GELIKAN, Boris Mikhaylovich; KRAYEVEKATA, Ye.K.; MOSEVIN, N.Y.; ALISANOT,
B.I.; AJ*IGIN, B.P.; VODCLAZHCMIKO, Tu.T.; LHVITARUS, '
SUCLIKKOV, A.B.,35d.; BALLOD, A.I., takhn.red.
(Wheeled diesel tractoral Dizellnye kolesnye traktory. Noskva,
GoeAzd--vo sellkhoz.lit-ry, 1959. 423 p. (MIRA 13-2)
(Tractors)
IT, I tt I III 4t 11 W M W 5 It V It P 0 4,1 a CZ9
. . 9 v I -&.. L -4. - 0 -0 S_-,A
J- Oil kv
OVA$
R N
A
of lawlaw In offal 80=61#111C
AJ Albowirs.
(Vm-- YZ-.
W. a left opocio". VM"lluff and unm~lil'x
vedevillom w4W*.
lism 411 the mtellt to 1w, MA wit., con fig ubminell,
W. T. liall 400
00
r*0
too
ndidl
too 0
Iff"711112 cllkssw~.
"TA dCAL AS
Atoll) 1111.41~11-- to 0
1111464 .79.13w; Obt 414111 69 0.1 41,
u is AT 10 is," r, a 0 3 1 ,
An I at ON OW al Wto) I
pp LP vp All
90900 00 0 40 0 set 00 0o * * 0 0
'
@goose* go:to *0 00 0 Is fit04119111ge
MMUMP~
IF of u M It I IN Is
~~Al, IA. a I ""M-Y L-A- AA 0
0411 .4" _.!p --
AVA n.-C,
C/
0
oe
o0 w
00
fillpil Jim Ain 1100,41
0 CL 4 AA
me
00
1
X-AWbft bdoine IN lbW
Aliwiwa me lee
N. J. rqmL lemod, 'lid
.~
jftv, IOU. EL go. Uhm KV lillva few Prqlg,
"""mem"Vee Mmk* MM few the "PellalkWo4shic
Oft"10 "Ainie, Sad Ilk
W. T. Ildil 00
I S L A SlITALLVOSICAL LITIMATIFIRC CLASSWCATON
%Iwo 6-~lljva
I I
a I
9u: 0", e a 0 4, :0,1 :M: a *
0 0 0 0 0 0 f 419-0 0 0 0 0 0 t* 0
i to 0
140
--.n two
8144 It mg a%- it
~-w 't - I,-# "W
sense
00 0000000 0040"0 *so
0 0 0 * 0 * 0 0 0 0 0 to 0 0 0 a : :
S112916310OOM410091014
A004/A127
'Ye*jP.j- AlIg
AUTHORS x Gidoi~t Z I p Malyshevskiyp~-V.A.Ij
Shuv4iovapi~ N.A.
If ~J[
'o Ition and low-temperature theirmomec
o of co hanioal.
TITLE3 The liff 4, i, up a
trealiment .4n the.moohanioal properties of structuiral steels
"PERIODICALs- Met&l~lovedeniyo.-i-'t6rmiohookaya obrabotka metallo4p no, 4P
1963~ j 36 40
-An i~iies Li f th gthdning of
-TEXTt ti~at. on' o a thernomachani cal at ran
;stdele of various;:comP66itionvrevealed some charaoteriatio features of the
-to 3
al loying effect. ."iAmo"t's of, up ..2 7.1-5% Sit Particularly!in combinatEm'
:with V, permit anj~ inerO,"e. of, 'the. ~ tempering temperature to. 3500 without
considdrable:redui;tion,'Of-the strengthening effect during-low-lemperature.
fthermomechanical - ~~reatx'~ent. An Increase of the Or-oontent from 1.5 to
i3 -.5% makes alsol:th,o sitrength:level rise. The effect of low-temperature
-'a te I- o taining`3 - 5% Cr allo,,ted with M
thermomeohanical ~reatiant. of a a on
;-V and:.W is, to a iwnsviertble exientp, maintained in tempering lip to 50000
with- a-comparativioly indreased'-duotility.-j- Steele with the composition- (in
2 13 Sit 0-68 Mav-3*01 Crt 1.28 Ni-t 0,39 Mop 0-14, V Wi 0-39 Ct
:8-4
GIDONq Yevgeniy Davidovi4b, kand. tekbn.nmk;-ALIS=U"~V.FA_qvanovnap inzb.;
2HERMUnSKAY11, L.B.9 inzh,v red.; BELOGUROVA, I,A,p te2i:, red.
[Now 30 KbRA bigh-strongth structural steel] Novaia vysokoprochnaiq
konstruktsionnaia otall marki 3OKhRA. Leningradt 1961. 17 p. (Lenin-
gradskil. Dom nauchao-tekbnichepkoi propagandy. ObmiB-,,,L poredovym opytom.
Seriia: Metallovedonie i tomichookaia obrabotkap iao.1) (KIRA 107)
(Steelt Structural)
ALISEVICH, I. (Ul'a); DOROMILY, P.,, inzh. (Ufa)
How to use gas bumers on farms. Pozh.delo 10 no.2s4-5 IP 164.
(MIRIL 17 0)
1. Nachallnik bash'drskoy pozhamo-ispytatellnoy stantsi!i (for
Alisevich).
- ALISEYK09 N.K., :Lnzh,
Technical specifications and instructions should be mipplied
wit;h each peat machins delivered. Torf. prom. 37 no. 3:32 1150.
WIRA 24:1)
1. Torfoprodpriyatiye Yell Brestskogo oblispolkoms. B&9R*
(Peat mchinery)
VAYSENBICRG, A,O.; AIJMSOV, A.I., akademik.
-t
, W-18rA4
C
Transition effoot for slow mesons. Dokl.AN SSSR 91 no. 3:483-485 Jl 133.
(HI-RA 6:7)
1. Akademiya nauk SSSR (for Alikhanov). (Menotrons)
I
GHIGOR'Y"I'l, V.1.; N'.A.; *'.F,.
Concern:*aig the nature of the rc,tation rxJ bondliii, !,he buse
of a drilling .4tring. lieft. khoz. 4-2 no.12tIC-1c4 El '64
Ir.'s"O
MOTSKUSP 1. B. (J~ffums); ALESHAUSM, A. V. (Naunav)l TUSMU4, F. 1P.(Kaurzte)
Some aspeicts of the use of electronic computers for selecting
the most 6vonom,Lcal constructional parameters, Zhur, vyob,,
Mat. i MFLt. fiz. 2 )10.51948-951 S-0 162. (MIRA 16: 1)
(Progr&=*I(Blectronic computers))
1, 4602Q_66 GD/Bc
ACC NR. AT6017616 SOURCE CODE: UR/0000/65/0007000/0226/0230
AUTHOR: Alishauskas, A. V.; Motskuo, I. B.; Petraytis, K. A.
6-t-1
ORG: none
TITLE: Establishing an extremum in a multivariable problem of optim&L design
SOURCE: Vsesovuznaya konferentsiva po teorii i praktike_~~~aon -, ikhsva
sistem. Ist, 1963. Scunonastraivayushchiyesya sistemy (Adaptive control systems); trudy
Ronferentsii cow, Izd-vo Nauka, 1955, 226-230
TOPIC TAGS: optimization, optimal control system, production engineering
ABSTRACT: The problem of reducing manufacturing errors are minimized by solving a
multivariable optimization problem and using various forms of the gradient method. The
objective function iE; formulated using a penalty function, to account for the existing
inequality constraints. The f)ur optimization algorithms considered are., 1. relaxa-
tion-variation from the initial condition for each variable separately; 2. gradient--
at each step, the vaviation is performed in the anti-gradient direction for a given
step size; 3. optimal. gradient--gradient, with a step down to the minimum of the ob-
jective function in the saym dimction; 4. accelerated gradient--optimal gradient for
the first three step.r. Next di vection determined the first and third minimum. Graph-
--- ---- , - .. -.". --
ACC NRi AT6017616
ical results using all four methods are presented. Orig. art. has: 9 figures, 8 form
ulas.
SUB CODE: 131 SUBM DAM 22Nov65/ ORIG FXF: 001
aukl9l
T*-
Zr
R/086/65/001/0 /00
hakulo3
SU 3
0 3
SUM
f~ofve
rcson at
tbe'so
6f
p
lpped.,ft~r the-
t6uk 0 2
L4 %coqept-
;w~ybe:~ iotroduced ntD thei tbe ry of'
0
~
'the proi4~ius
.
14 "
~ V-
r
Ymme
~,c clents.- OrII
a
~ .
S I
,
gtite: uldv"Orsi t
I InsOuit
SUBMIMMu.-
10 pM.~
ACC NR: 2 SOURCE UDE: U 17;';/CD 11W 55/OCZO
MOR: Alishauskas, S. 1. ; Rudzikas, Z. B. ; Yutsis, A. P. (Acadertician Mi Lit"
OFG: Institute of Physics and U3,thematics, Acadentr of Sciences; LitS.1311 (Institut
fiziki i matematiki Akademli nauk LitSSR); Vilnius State University in. W. Yapsukar.
(Villnyusskiy Eosudaratvcnnyy universitet)
TI-TIZ: Substition groups of the representations of the G2 and SU3 groups
SOURCE:. AN SSSR. DoICLady, v. 172, no. 1, 1967, 58-6o
TOPIC TAGS: group theory, Lie group, shell theont., elementary particle, strong
nuclear interaction
ABSTRACT: In view of the importance of groups G2 and SU3 for the thenry of electron!
shells of atoms and for the thecry of elementary particles, the autho;-s discuss
substitions of the pa~rameters of'representations which leave the characters of these
groups invariant. Us~ is inade c-f earlier work by the authors (Pis'ma ZhETF v. 1,
no. 4, 17, 1965)1' deaLing with Elmilar substitutions for the SU,2 grouP and one case
of substitution for SU3. It is shown in this paper that such subs,.~tutions make up
a group which is characteristic of the given Lie group and is isomoxTUAc to the re-
flection group. This is done by finding substitutions for those parameters which
leave invariant the elgenvalues of the Casimir operators. A list of j;ubstitutions
under which the groups remtLin invariant is presented. Interpretation;; are presented
for a number of the substitutioiLs. The result can be useful in treatment of rela-
Card 1/2 UDC: 530-1013) + 530-1: 113
ACC NR, AP7003642
tions between particles and antilafticles. In generalo advantage of their practical
utility can be taken only irt concrete calculations. Orig. art. has: 5 forwulas.
SUB CODE: 20, 12/ SuBm rATE. 26sep661 ORIG REF: 002/ OTH ZEF: oo4
L-C-1
ALISHAUSKAYTE-KISELENE, V. K., Cand Biol Sci -- (diss) "Biology of
some echinostomatids in the Lithuanian SSR." Vil'nyus, 1960. 20 pp;
(Ministry of Higher and Secondary Specialist Education USSII, VilInyus
State Univ im V. Kepsukas);,250 copies; price not given; (?:L, 27-60,
151)
ALISI!~~~
Explamation of PiAnerls effect. Vetit.Mook.un. Ser.ltmat., mekh. 16
no-1:46-49 Ja--F 161. MIRA 14:3)
l.KELfedra gicb.-omakhani i Moskovskogo universiteta.
(Diskep Rotating)
S/179/62/000/0011/01:12/010
E191/E535
AUTHOR: Alishayev, M.G. (Moscow)
TITLE: On trkking into account the effect of heat exchange in
the theory of gas lubrication
PERIODICAL% Akadewnii'nauli SSSR. Izvestiya. 9tdeleniye tekhni-
chesli:ikh nauk. Mekhanika i mashinos troy eniyo, no.4*
1962, 27-31
.TEXT: Since the results obtained by A. I. Snopov are
-laborious beyond practical use, an altalysis is made of the effect
of heat exchange for cylindrical bearings of infinite length
suitable for moderate values of eccentrici 'ty.' As in tho theory of
the lubricating liquid film, the analysis of~the.lubrica.ting gas
film assutues a layer with,a small thicknes's to length ratio so that,
in the Navier-Stoltes equations, terins containing squareb and .
higher powers of this ratio are neglected. The u ,sual gas boundary
layer equations are thus Obtained. The specific heat and a
parameter containing the 9pecific heat, the kinematic viscosity
and the..heat conductivity are assumed constants The temperature is
replaced by the specific gnthalpy. The assumptions made lead to Y
Cdrd 1/2
On taking into account the S/179/62/Ooo/oo4/01)2/010
E191/E535
neglecting the convective terms both in the impulse and in the
energy equations. The Journal is assumed to rotate at uniform
speed and the gas viscosity is assuned proportional to tein,'perature.
Constant journal temperature and the absence of a heat flow at its
surface are the 'boundnry conditions. An equation Is derived, whose
periodic solutio:as,satisfying the boundary conditions, are the
solutions of the bearing problem. A parameter is defined 'which
characterizes the isothermal gas bearing. The relative eccentricity
is taken as the smnll parameter for expanding the clesired functions
in power series. This avoids the complications of an exact
solution. Even at first approximation developed in 0-&e paper
yields'acceptable results. It is shown by comparison with the
isothermal theory that the effect of heat exchange con the pressure
distribution and the quantities derived from it can, be accounted
for by the variation of a single quantity, namely, the isothormal
gas bearing characteristic parameter. A multiplying factor is
used to express the effect of heat exchange nnd thiei is plotted
against a parameter which contains the gas properties and the
journal speed. In most practical cases, the effect of heat exchange
is insignificant. There are 2 figures.
-SUBMITTED: March 24, 1962
Card 2/2
S/055/62/W)/OD4/004/OD4
1029/1228
AUTHOR: Alisha!
I ~M
TITLE- Influence of longitueiinal oscillations of a wall on heat transfer
PERIODICAL: Moscow Universitet, Vestnik, Seriya 1, Matematika, mckhanika, no. 4,1962,85-87
TEXT: The distribution of velocities iind temperatures in a layer of a viscous incompressible fluid confined
between two walls kept at fixed tempermure Ti and To is examined when one of the walls oscillates harm-
nically in its own plane. Formulas are durived for the heat flux to the walls. It is established that; only a definite
parts independent of the frequency of oscillations, of the heat due to energy dissipation is absorbed by the
fixed wall, while all the remaining heat is absorbed by the oscillating wall itself. There are 2 Agures.
ASSOCIATION: Kafcdra gydromektaniki (Chair of hydromechanics)
SUBMITrED: November 25, 1%I
Card 1/1
ALISHAYEV, M.G,, -
Couetl;e flow with a pulsating wall. Vest,.Ybsk.uri.Ser.l1m&t,.,-
mekh. 17 no.2:59-62 Mr-AP 162. (MIRA 15:6)
1. Kafedra gidrormkhaniki Moskovskogo universiteta.
(Gas flow) (Fluid dynamics)
S/040/62/026/001/'022/(123
D237/D304
AUTHOR: AlishayeYq M.G. (Moscow)
TITLE: Forced convection of a viscous, compressible gas, around a
heat source
PERIODICAL: Akademiya nauk SSSR. Otdeleniye tekhnicheakikh naukv Pri-
kladnaya matematika i mekhanika, v. 26, no. 1, 1962, 167-
189
TEXT: The problem is considered of forced convection around a Aeat
source placed in a homogeneous flow of viscous, heat conduqting gas. The
investigation is canductod according to the approximate boundar',kr layer
theory, i.es heat transftr by conduction in the direction of flow is no-
glected. The author, utilizing Dorodnitsynla variable transformattion and
assuming Prandtl's number to be constant and the viscosity.-temperature
relationship to be one proposed by Chepmen and Rubezinyyj reduces the
problem to that for an incompressible fluid, tind from the relation be-
tween Dorodnitayn'si and physical variables infers that the viscosity
Card 1/2
S/040/62,/026/001/022/023
Forced convection of A *a* D237/D304
effect is that of increaeing tht transverse heat transfer. Coieparixon
of isotherms in illustrated graphically. There is 1 figure.
ASSOCIATION: Kafeetra gidromekhaniki MGU. (Departm6nt of Hydron,echanics
MGU)
SUBMITTED: June 26, 1961 Ar
Card 2/2
Pr-4/Pt-4,-BW/D4T
ACCMIOIR XR: AP,'.PM894. S/0179/(;' (002/0153/0154
AUTHCH! Alishaye4, m
6 Gc
TIM On. the caqipressicn~ a lubri4MM OL
I layer
SOURM AN SM. Izv. Otd. tekh.'na*. Makhaniks I mashinostroyenlye, no. 2i
1963, 153-1154
TOM TAGS:, lubrl.oation,'~a*p:lizbricationI liquid lubrication$ coal ssible-ges
:1 L Ore
lubrication, incodd s91ULe-.,iquid lubrication, lubrication 'tinder tMeratum
pre I
increase
ABSTRACT: Tile Mt* ex=Lnei(,the pressure distribution in a Lubri(lating gas
layer. , The nplici~bility,,,of ~the, stuAy is limited to those cues itt which for
time going to infii~ity thge'taists an anyupotic stationary presgrtii* distribution
in the lubricating.j!jerS A c*rqmr1son Is given with the prowsure distribution in
a lubricating leyev oonsiotiqo,,of an imcooressible liquid. Me exalysis is
based on.the el ~t~ e2=q3,e of the isothermal flov of a id~scous gas that is
squeezed out from tmder &~Aisk which moves normkIly toward ezi inf;Wite plane
Card 1/2
viol42-63
ACCZSSICV NR: APYO&%
lorm
that. is parallel t~ the. &sk;l Whereasa solution is closed, J.
to not appear
possible,-in view of the nonllLnearity of the problem, the stationsty asymptotic
pressure distribution foil t 1~ dng -to infinity -can be found fw- a sliecific clean
of functions- h-h(t'
wheav h A& the tim-yariable distance ox" Ue Mak'from the
plane and -t-is -_ tim-~. -_ A. gitat4onary - pressure distribution is only p.,iaalble for the
class of -functions (h dot)/(h cube)-conet, -for vhich a press%we diAribution -is
round, The problea is r4iduccd to the Cauft problem, and tho deeiitd soluSlon Is
found,' The solution fou.
-,d im investigated for the plane case and 1he Lxially-.
symmetrical case. CaVaxisort ofthe coupressible-gas case ajid the inconprussible-
liquid case shows '1~hat iri a cewtain region of solutions the ocapreasible gas
produces greater reWftion~ preiisures than the incompressible liquid., It is shown
-that the solutim,~found:jn We Investigation are-equally anaicable.to the case
of:a-gas, that is'Njlng~hjjw~
aVa, given *t1m;6 rate, vhich cart:in effect be
reduced to.the prdlilem inVestdZated here. Consideration of a visece:ity of the
gas that is prop=,,ional to the temperature, Is included. Thtwe are! 17 numbered
equations and 3 fij;ures.
ASSMIATIONs none!
SUBMITTEDs _110et,61 DAM ACQt lWun63 ENCLs 00
SUB CODEt MDVFL NR RF4? SOY$ 001 OTHERt Q01
Card Y2
47 157-616 -:WTI d Ii
AR6000720 SOURCE CODE. UR/0124/65/000/009/B122/B122
AUTHORS: Vakhitov, G. G.;_Alishayev, 11. G.
TITLE: Investigation of dIfference 7M=es for nonlinear equations in unataady
filtration
SOM73: Ref. zh. 11eldmikag Abe. 9BBO'l'
REP SOURCE: Tr ef .-n,-i4 in-t, vyp. 6, 1964, 195-211
-Za
TOPIC TAGS: differ!j ation, nonlinear equation, f iltration, -cAv W NA TEj
A/? e as ue p-
ABSTRACT: Difference schemes are investigated for parabolic type nonlinear equations
describing the unsteady seepage of liquid in a bed whose permeability and-piezo-
conductivity depend on the pressure. It is shown that the nonlinear equation under
consideration leads to a linear equation for the case when a constant pressure and a
constant flow rate &re maintained on the contour, if only the permeability of the
bed depends on the pressure and not the piezoconductivity. The inveatigated equation
is replaced by simpler nonlinear finite difference schemes. Applying the-principle of
"freezing" of coefficients and nonlinearitiee, the authors have obtained a practical,
satisfactory criterion of stability in the explicit finite difference schemes. The
applied implicit schemes are always stable. To consider stability and convergence
problems under.,stricter faimulation, the properties of the solutions of the applied
finite difference scheme are considered. Bibliography of 11 citations. G. R.
Gurevich ZTranslatiDn of abet:ract7
SUB CODE: 20
L 056 7 9 -67- El?.7 (e I i" P (C
7-66k T UR/0044/66/000/003/B106/B106
ACC NR, ARM23242 Sbbkc-L
AUTHOR- Alisha G - G. -G,
REr SOURCE: Tr. Tz.tarsk. raft. n.-i. in-t vyp. 8, 1965, 336-344
TITLE: On the spe%trizn and. stability conditions of several difference schemes
SOURCE: Ref. zh. -'atenatika, Abs. 3B557
TOPIC TAGS: diffe.unce eqtstiori, stability condition, partial differential equation
TRANSLATION: The inethod of sepiration of variables is used to ljivestigate certain pro-
Id
perties of the tot-.Iil:y of eigenvalues of difference eg3lations Kn particular suffi-
cient conditions for istability are adduced) which approximate the heat equation with
variable coefficients
au 02U
W -65-1
and the simplest boundary and initial conditions.
ISUB CODE: 12/ SUBM DATE: none
UDC: 518:517.944/.947
GUBLICR. Ye.V.; J,LISHMr. N.V.; LASSI, N.I. (Leningrad)
Fathophysiological charactoristice of deep hMthermia ujider axperi-
mental conditions. Pat.liziol. t ekap.terap. 3 no.5:41..4'4 S-0 159.
(MIRA 13:3)
(HYIM,RMIA, INWORD eff. )
ALISHEV, N.V. (1-flningrad)
Some motbods for bringin& subjecte out of deep hypothermla. Pat.
fiziol. I eksp.teraP, 3 no,5:75 3-0 159, (HIRA 13:1)
(HYPOTIHERMIA, ARTIFiriAL)
GUBLER, Ye.V.1 ALISHEV, II.V.j LASSI, N.I.; SOKOLOVA, N.B,
On deep hrpothermia ~nd recovery. Report No. 3: ftygen blanance
and effectiveneos oftraining for oxygen deficiency during deep
hypothermLa. Ekaper. khir. 5 no. 2:39-45 Mr-Ap 160. (MIRA 14:1)
(HYPOTHERMIA)
GUBISR, Ye.V.j AKIMOV, G.A.j ALISHEV9 N.V.; LIKHOTA9 V.N.
On the secluelae of cleep hypothermia. 4kh. pat.22 no. .12:29-36
160. (MIRA 24il)
(BODY TWFMTURE)
ALISHEV, N.V.
Functional conditions of the reflex apparatus in dee hyr-othermia.
Fiziol.2hur. 47 no.3-362-366 Mr 161. 14- 5)
1. From -the Laboratory of High and Low Temperatures of the Kirov
Academy ~f MilitAry Medicine~ Leningrad.
(BODY TEMPERATURE) (REFLEX
Beta decay cif a rjov~,ng I-ongitudlinal2y polarized neutron. Vast.
Mosk. un. Ser. 3,, astron. 20 no.108-91 Ja -,F 165
,,-JILk 1893)
A
1. Kafr-drh tcore-ehev~.oy f~zik! MoskDvskopo universiteta.,
--KERDI)VI -B.--K.; ALISHEV, S. 1.
"The Beta Decay of Moving Neutrons with Longitudinal Polarization."
report submitted for All-UnLon Conf on Nuclear Spectroscopy, Tbilftsi, 14-22
Feb 64.
NGU (Moscow State Univ)
noRIMCV, D.K., Y,-~' Kil'~.BJRIF Xh.A., BUTALYBOV, I.M.,_~ALTISFMvt
- - f 1,1 .1- 1,
Nuclear magnatin ciffoots in p&ir formation b;r ga=a quanta. Izv. IS
SSSR. Ser. fiz. 29 no.71tII66-1171 Jl 165. NIRA 180",
ALISHEYEROVP A.M. p piraji'3 LASTOCHKIN, S~N*# prof,p nauchnyv rulxmodi. tell
as
'rabDty
Reproduction capacity of nurse cows& Veterinariia 43.
no,10:65-66 0 16,140. (MIRA :L8%r.)
1, Moskovakaya veterinarnaya akademiya,
V.S. _~kqkva)
Aehievoinent of pbVeics muot b& applied In Industry& Fiz, v sbko3,o
20 no.60-41 N-D 160. (MIRA 34:2)
(Pbysics)
ALISHOM, L.R., Insh.; 13=LIPMKIT, Th.P., inah.
Investigating heat resistant alloy& for1heir applicability to working
conditions of gos-turbine vanes, ftergomashinostroenie 4 no.9:18-23
s 158. (MM 11:11)
(Heat resistant al loys)
0
-ACC NRi AP'7001422 _NJ SOURCE COLE: UR/0413/66/000/02-1/0137/0137
IRVE NTOR: '-A!!!~,~Oov
ORG: none
TITLE: A method for determining fatigue strength of turbine blade stom3, Class 42-..
No. 188085 Za-nnounced by Central Scientific Resenrch Institute of Tochnolof-,y and
11-lachine Construction (Tsentraltnyy nauchno-isaledovatellskiy institut te),11nologii i
I
mnshinostroyeniYaO
SOURCE: izobreteniya, proqrshlernyye obraztsy, tovarnyye znaki, no. 21., 1966., 137
TOPIC TAGS.- turbine tLIade,, fatieue strength, fatigue test
ABSTRACT: This Author Certificate presents a method for determining fatigue strength
of turbine blade stema by invest5gating model specimens. To determine more accurately
the strength range of an actual cten from the strength of its weakast elemont, not
only round specimens Ath an annx:aar groove but aloo flat specimens with one pair of
tooth are subjected to testa.
SUB CODE: 131 SUBM IATE:- 1?11q,65
'178.322-253.!
1A UDG: 620.
-tLIS!-rFVTC-H, V.I.
- - rz- ,
F'Stol.-gical wid. histochezical. changes in the adrenal- glandis
i,i acuta alcohol intoxication. Sud.-Sed. eksp. 8 no.31ll-15
J 1-5 165, (MIRA 18sq)
1. N&uchn--*-issle&vatalla)dy Institut sudabnoy maditainy (dir.-
prof. V.31. Prozortivskly) Ministerstva zdravookhranenlya SSSR,
Moskva.
S/191/62/000/0(17/002/011
0 B124/B144
AUTHORS: Alishoyev, V-. R.j Ne.~man, M. B.9 Kovarskaya, B. 11.
TITLE: Thermooxidative destruction and stabilization of
polyformaldehyle
PERIODICAL: Plastichaskiye massy, no. 7, 1962, 11-14
TEXT: The authors sought to obtain kinetic data on thermooxidative
destruction and stabilization of polyformaldehyde in laboratory devices
and durin- casting. The sam-9 temperature was kept in all parts of the
L)
reaction vessel to prevent polymerization. Five cells (Fig. 2) and a
weighed portion of about 10 ing were used. Reaction vessel 1 with ground
section was connected to the principal part of the -apparatus, the weighed
portion was added, and an Sn-Pb-Cd-Bi alloy introduced in the curved tube 2;
the alloy on malting at test temperature isolated the reaction 7essel from
the measuring part of the apparatus. The pressure in the reaction vessel
automatically balwaced itselT with that in the measuring part through the
action of gases formed in the electrolyzer 3, this being checked in the
manometer 4. Thereupon the :reaction vessel was evacuated, oxygen was
Card
5/19 62/000/007/002/011
Thermooxidative de3truotion and ... B124YB144
introouced through an openini; in the alloy, the temperature in the react16n
vessel and id the lower part of tha curved tube was adjusted to + . 0
by way of a silicone oil thermostat. Fig. 3 shows the results from
using a derivatograph on 140 mg of acetylated polyformaldehyde In the
course of heating from 20 to 27qoC at a rate of 3.30C/min. The
experiments showed that the kinetics of thermooxidative destruction
were characterized by t~e cu-..-ves for weight losses as well as by those
for pressure increase. Wheroas in the absence of oxygen the pressure
at 1450C rises very slowly with an oxygen pressure of 600 mm Hg it rises
at JA 50C as follows: Z_~P - Aeit, where cf- 0.044 min-'. In the same
I
experiment, the induction pe:7iod 5, during which the pressure rises
slowly, is 115 min. An anal:rsis showed that HCOH was the'main product of
thermal destruction, whereas CO, CO 2' H20 , and H2 were formed besides ECOH
in the thermooxidative destruction. No hydroperoxide was detected
)art in the oxidation of the polymeir and
analytically. Oxygen takes -.
'
stimulates its thermal destriiotion.. The results indicate a sel:V-
accelerating chain process'with degenerate branching. When eitl,-Ier the
partial pressure of oxygen or the temperature rises, the autocallalysis
Card 2/6
S/191/62/000/00"11/002/011
Thermooxidative destruction etnd ... B124/B144
factor Q rises while the induction period decreases. The induction period
of thermooxidative-destruction of polyformaldehyde can be made 10-15 times
as long by,addition of antioxidants; this proves a -radical-chain branch-
ing reaction. When casting the stabilized polymer, the moleculax weight
romains practically unchanged after more than 1-5 hr at 2400C; it drops
considerably for n)nstabilized polymer after 10-20 min, although the
mechanical properties are almost unaffected. There are 7 figures.
Card 3/$
S/190/62/004/012/015/015
BiOl/B186
AUTTIORSi Ali-4-I.Ryev, V. R., Gurlyanova V. V., Kov
arskaya, B. M.f
Veyman,
TITLE: Pon-additive effect in the stabilization of polyformaldehyde
by additi6fialof.jolyamidei and anitioiidaits-
PERIODICAL: Vysokomolekulyarnyye soyedineniya,? v. 41 no. 12, 1962, 1887
TEXTi It has boon found that a joint addition of polyamide and anti-
oxidant more effectively reduces the evo 'lution of gas in the degradation
of polyformaldehyde by thermooxidation than an addition of polyamide or
antioxidant alone (Fig.). There is I figure,
SUBMITTED; June 1Z, 1962
Fig. Increase of Fressure in the oxidation of polyformaldehyde at
2000 0, PO 2 a200 mm Hg. (1) Without addition, (2) with polyami'de,
(.3),with antioxidant, (4) with polyamide - antioxidant mixture. Ordinates
6P, mm Hg; abscissa: time, min.
-ALISHOYEV, V.R~; NEDWI, 14.B.;IKOVARSKAYA, B.M.
Therml oxidative degradation and stabilization of polyformaldehyde.
Plast.massy no.70.1-14 162. (MIRA 15:7)
(Formaldehyde) (Polymers) (Oxidation.)
ALISHOYEV, V.R.; GURIYANOVjkj V.V.; KOVARSKAYA, B.M.; NEIW, M.B..
I
Nonadditive effect in -the stabilization of polyformaldeh),de
by the additisso polyamideo and antioxidants. Vysokom. aced.
4 no.12:47 D 162. (MIRA 15:12)
(Formalaehyde) (Polyamides) (Antioxidants)
ALISHOYEV. V.R.: BFITUIP, V.G.
Development chromatography In columns with a moving sorbent.
Dokl. AN SSSR 155 no. .~:876-979 Ap 164. (MIRA 17:5)
1. Institut neftekbiinicheskogo sinteza AN SSSR. Predstavleno
akademikom V.A.Karginyn.
BEREZKIN, V.G.1 PAKHOMOV, V.P.; ALISHOYEV, V.R.,- STAROBINETS, L.L.; MARKOVICH,
Z.P.; 11EDOV, L.N.
Some new methods of sti,lying polymeric compounds by gas chromato-
graphy, Vysokam.soed. 7 no.ltl85-187 Ja 165. (MIRA 18:5)
BEREZKIN, V.G.; hLISHOYEV V.H.; YERSHOVA, S.N.,, TUTORSKIY, !.A.
- ;-.Jmhv~
EffOOt Df the viscooity of atationary liquid phase on the
broadening of chrcmatographic zone. Izv. AN SSSR. Ser. khim.
no.9t1711-1712 165. (MIRA 18:9)
1. Institut nefteUhimicheskego sinteza imeni A.V. Topchiyeva
AN SSSR,
ALISHOYNT, T.X.1 BWZKIN, V.G.; MILINIKOVA, Tu.T.
Effect of phaso.transitions in the stationary phase on the
chromatographic characteristics of the eluates. Zhur. fiz.
khim. 39 no. 1t200-202? J& 165 (MIRA 19t1)
1. Institut neftekhimicheskogo sinteza JW SSSR. Submitted
JanuaT-F 13, 1964.
SHIROKOVA; N.I.; -RU,6SX01A~ YO.Fe; ALISHOUTA, A.B.; GITINA, R.M.; LEVKOYLT,
-I.I.; WZLOV, P.V.
Polycfi:rl-)onates. Part 3- Synthesis of 2, 2-bis(4'-hydro*cvPhenvl)
PrOPWO polj*iv!Jx)wites in a homogeneous medium and their properties.
3 no.4;W-649 Ap 16le (MDU 14:4)
lo VeesoyumW zauchno-iseledovatellskiy kino-foto inatituto
(Carbonic acid)
RODIGIN, Nikolay gikhaylovich; KOROBMIKOVA, Ida Yegorovna; OASTUEOV,
N.A., i1n2h., retuenzent', SMINA, s.B., inzh., retsenzent;
ALISIONCK, G*I~~ insh.6 retWiifiinit; WGINA, N.A.. takhn.rodo'
[Using eddy currents-in controlling the quality of products]
lontroll kaohestva lzdelii metodom v1khrevykh tokove Moskva,
Gos.naucihno-tekhn.izd-vo mashinostroit.lit-r7, 195B. 61: P.
(HIFIA 12:3)
(Hetalwork-4luality control) (Zlectric currents, 3d4y)
ALISIYEVICH, !.A.
ALISM-71MI!, 1. 'I-.: ,T~m- peedqgogical views of Yakub Y'olas(Konstantin Mikhaylovic'll
- seg,,, State Pedagoeical lnpt imeni V.I. L-pnin.
Mitskevich)". Morm...,, 1S)r,5. M,,
(l)issertatlo6s for the D~)gree of Candida'e of Pe6a7ogical Science*).
0 -
~zC: Ynizhnava -letonis' NO 4-5, 5 Nove-mber 1955- YOSCOW-
c
ALISIMICH, V.I.
Method for studying Incized woumdB caused by glaaB. M,,;,aed*ekMrt,
3 no.4:4.7-50 O-D, 160. :MIRA 13:11)
1. Nauelmo-issledovatellakiy institut sudebnoy meclitsirW (dir.
profs VvIsProzorovskiy) Minlaterstva zdravookhrananiva S11M.
(WOUNDS WD INJURIES)
(MEDICAL JURISPRUDENCE)
ALISIYEVICH, V.I.
Changes in the s4renal glands in persons wbo bave died unex-
pectedly from acute cardiovascular Insufficiency; on the func-
tional morpholol.0, of adrenal glandii.Sud.-med.ekspert. 6 no.2:
3.2-28 Ap-ja 163. (MIBA 16:7)
1. Nauebno-isslisdovatel'skoy institut rudebnoy meditsirry (dir.
prof. II.I.Prozorovskiy) Ministerstira zdravookhrananiya SSSR.
(ADR311AL GUNDS--DISBASES)
(CARDIOUSCULAR SYSTEM-DISEASES)
Alisiyevich, V.I.
- -
Chromaffinomas of tho medullary layer of adrenal glands as
the cause of sudden death. Sud.-wmed. ekspert. 7 no. 2x19-.22
AP-Je 164. (MIRA,1701p
1. Nduchno-issledovatallskiy inatitut sudebnoy meditsiny (dir.-
prof. V.I.Frozorovskly) Ministerstva zdravookhraneniya SSSR,
Moskva.
S/137/61/000/001/"/043
A006/AO01
Translation from- Reiferativnyy zhurnal, Metallurglya, 1961, No. 1, P. 5, # lZh33
AUTHOR: Aliskenderov, D.14.
TITLE: On the Temperatwe Coefficient of Electric Resistivity and Conducti-
vity of Copper Alloyed With Manganese and Titanium
PERIODICAL: Tr. Azerb. gos. ped. in-ta, 1959, Vol. 8, PP. 58-75 (Azerb.summary)
TEXT: The author studied electric resistivity 9 of Cu-Mn, Cu-Ti and Cu-
Mn-Ti alloys containing 2 - 8% Ti and Mn. 9 of the alloys was measured in 3
states: cast state, after water quenching from 8500C, and after cooling from 9500
C to room temperature for 20 hours. It was established that for all the alloys
increases with a higher Mn and Ti concentration. Quenching and slow cooling of
the alloys cause reduced P . Tbe temperature coefficient of S) which was measured
in the 25-IOOOC range, may eithetr be above or below zero depending on the composi-
tion and heat treatment of the a1loy. Heat conductivity of these alloys was
Card 1/2
S/137/61/000/001/027/043
A006/A001
On the Temperature Coefficient of Electric Resistivity and Conductivity of Copper
Alloyed With Manganese and Titanium
measured; it decreased with a higher Mn and Ti concentration. The deformation
of the Cu lattice by Mn and Ti eitoms is the cause for a decrease of he-at acnducti-
vity. There are 23 references.
P. S.
Translator's note: This is the full translation of the original Russian abstract.
Card 2/2
I -sj 0 v (3 'A
SEMOV, A.I., otv.rad.; FlUIPPOV. Yu.V., prof.. dol-.tor taklm.nautc, red.;
BASHIXM. V.A., kand.teUn.nauk, red.; VOYNOVA, V.T., red.; GURARI,
Ye.L., kand.ekonom,nauk, red.; GUREVICE., I.V., red.; ZHIV. I.5., red.;
ZARUTMAYA, I.P.. red.; ZASTAVSKIT, I.I., red.; KOZLOV, F.M., red.;
ITIKISHOV, M.I., kand.geograf.nauk, red.; SJUCHILOV, S.F.. red.;
TIMIOHIROV. D.I.; rad.; TUTOCHKINA, V,A., rad.; BAIJUITSPA. I.A., red.
kgrt; BOGDANOVA, L.A., red.kart; BOCHAROVA, I.L., red.kart; VMMSEVA,
G.P., red.kart; VOLKOVA, A.P., red.kart; GOSTEVA, N.A., red.kart;
TAFIMOVA, G.N., red.kart; ZHIV, D.I., red.kart; OLAMMMO, A.V., red.
kart; KUBRIKOVA, U.S., rad.kart-. KUMMSOVA, N.A., re~i.kart; KURSAKOVA,
I.V., red.kart; LOBZOVA, N.A., ree-kart; MMTULOVA, ls.H., red.kart;
MOSTHAN, S.L., :.-ed.kart; PANPILOVA, M.V., red.kart; SMENOVA, V.D.,
red.kart; SHIRROTA, T.N., red.kart; THMMOVA, V.S., red.kart;
FEDO'ROYSUYA, G,F., red.kart; MISOVA, H.P., red.karl:-, FILIGUS. Z.Kh..
red.kart; SHMMO, Ya.M., red.kart; SH151MIll, Ye.A., red.kart; YASHU-
HICIMINA, Ye.G., red.kart. V razrabotke kart prinimali, uchastlye:
_yrof.; BIMZINA, M.Yia.; VASIL:
LV-,,. BA A. 4 WSKIT, L.I..; GaVRILOVA,
S.A.# kancl.geograf.nauk; GINZBIJRG, G.A., lcand.tekhn.nauk; DOBOSHINSiCAYA,
I.B.; MSTIGIMINVA, A.I.; LAVREMKO, Ye.M., prof.; LOZINOVA, V.M., kand.
teldm.nauk; MILANOVSKIY, Yb.Ye., kand.treolol,,o-mineril..unuk-, MIMYLOV,
A.A., prof.; 147MMIN, Ye.P.; PUZANOVA, V.P., kzmd.goograf.naulk.:
(Continued on next card)
SOMOV, A.I.-(contimued) Card 2.
ROZOV, U.N., prof.; SKIRNOV, D.I.; TARASOV, A.P.; TRCqFIMOVMAYA,
Ye.A.9 kand.polpaf.nauk; TUGOLESOV, D.A., k3nd.geologm-nineral.
nauk. ZININ, I.F., takhn.red.
[Geographical ntlas for secondary schGO1 teachers] Geografiaheskii
atlas; dlia uch:Ltelei srednei shkoly. Izd.2. Moskva, Glav.upr.
geodezii i kart.)grefii MVD SSSR, 1959. 191 P. IjHIRA 12:11)
1. Predstavitell liauchno-iouladoviitellskogo instituta metodov obu-
chonlya Akademli podagogiclieskikh nank RSF:M (for Zas*Liivskiy).
2. Predstavitell Upravleniya shkol Ministerstva prosvyashcheniya
RSFSE'(for TutoDhkins). 3. Chleny-l-corrospondenty AN SSSR (for Lavrenko,
Mikhaylov).
(IlapB)
L 23081-66 EWT(1)/.I,~NP(M)/EW7!(m)/ETC(f)/EPF(n,)-2/EWG(M)/EWA(d)/,i/ETc(m)-6/EWA(l)
W/D&/ .1
AT60o6930 SOURCE CODE"
AUTHOR: Alin ~ov X-;,~4kipovp Zo; I[er1n, L.,
ORO: Power'Institllts,AN Ka~S~R,(Institut energetiki AN KazSSR)~
TITLE: Jet shieldlng of mo~faces _with regi)lar macro-roughness
SOURCE: Teplo- i riessopereilios. to II.Teplo- I massoperenos~pri
vzaimodeystvii telL~a potokai6i-zhidkostey i gaZoV (Heat'; and mass, tr an sfen
v 46 2: He at and L Me S.s tranaf '~r.JL n the interaction of bodies lit 'itb: liquid
and gas flows). Minsk, Naulta i tekbn1k&P 1.965, 433-"0
C TAGS: gas J~et, rf acle Ip.roperty,, nozzle-design,
T SUL
ABSTRACT: Exper m nts witb'ljets of transformer oil YW~~mada in a'unit
consisting of a reservoir -"P cially sbaped nozzl end aliollow brass.
rod witb a, 'diameter. of 20 vm! placed concentri 9-1 witb resIlloot to the
Zle
nozzle. LL The jet saued from'.6n snnular~ gap (; rr1mT formed the noz
and the rod, A Lstudy of tbe~jAgodvnemics 11 ansfer ln an
axisymmetrie_Se ---b-
mi-knfinite airLLet with fully developed tur ulent.flow
conditions was carrIed out in a similar unit at veriou.9 valves of
initial voloolty an-3 excess temp easurements were made of the
velocity distributb~n (air anrd d of the temperature (air jet)
L 23981-66
ACC NRs AT6006930
at different transverse cross sections.. Regular micro-rougl3ness. was,
obtained by placing steel tubes of different diameter on a:smootb plate
transverse to the flow..-Ili these experiments, measurementl~ were made of
the distribution of the toijal pressure, thie velocity, and the statistical
pressure at difforent crosti sections of the jet. Experimental results
are exbibitea in a series c1f curves. It is demonstrated tbot, with a
semi-infinite jet. propaga.U~ng along a siArl'sce with regolsr~maoro-
roughness, the maximum valij'a of friction Fit the wall exists at values of
the parameter R approximatelly equal to'unity, It can be expected that
the depandenee-of the beat~transfer co6ffioient.on If will be of an
analogous nature. Orige ailt'.1- has: 5 figures. and.-2 tables.1
OTHIREF: 002
U)3'~" CODE:.. 26f. SUBM !)ATE,..:i ORIG -REF 004/
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ALISOV, B.P.
ALISOV, B.P. ...K klina-Lologii sk*'.onov Ferganskogo i Chetkel'skogo khrebtap.
obrashchennykh k Pergan;skoi dolino. (Voprosy geogra.M. Sbornik pervyl., 1946).
DLC: G23.V6
SO: LC,, Soviet Geography, Part Il., 19512 Unclassified
0
0
ALISDV, B.P.
---. - -,w-
. Blevatiort of the x9ro isotherm in the free atmosphere over the
luropean territory of the U.S.S.R. Trudy VIU. Ser.2 no.24.-52-62
147. fKMA 7:7)
(AtmDepheric temperature)
1. ALISOV) D.P.
2. uss-R. (6oo)
"Peculiarities of-the Climate of the Moscow Region*"
Voprosy geografiit Colection 7, 1948 (101-122)
9. Meteorolo'giya i Cidrologjya., No. 3., 1949.
-OW Report U-2551i 30 Oct 52
I'dimaticheskiy Ocher., K-rz;k0y, Drlovo!.o,.r, Dmabovskoy i ~Oronezlwkov COlastcy
Voprosy Geografii, S;3. 13, 15$9, c. 79-106. - BiblioE:r: c. 106
SO! I-ETOPIS ..'o. 34
Dates 1950 No- PP-t 351 No. of copiest 7#000
Editorial Staff ell,
Editor: None Tech. Ed.j None
Editor-in-Chiefs None Appraisers& Ilona
Others (contributors)s Sorkina.. A. I., Candidate of Geographicial. Science
uTote the material oM%he climatic regions of the
cosans,
A~- 4",
PHASE I TREASURE ISLAND BIBLIOGRAPHICAL REPOM' AID 212 1
BOOK Call No. i T1981.A48
Authors ALISOV,- R.J.
Full Titjo-s CLIVATIC REGIONS OF FOREIGN COUNTRIES
Ti-analit0rated, Titles Klimaticheakiya oblasti sarubezhnykh stran
Publishing.Data
Originating Agenoys Mosoov State University imeni M. V. Lownosoir&q
Scientific Research Institute of Geography
Publishing Houses State Publishing House of Geographic Literature
T63ct Data
Coverage: The book includes: latitudinal climatic zones and principal types
of glimite; climatic regions of Europe, Asia, Africa, Australia,
South America, Central and North America; climatic regions of the
Atlantia, Indian and Pacific Oceans; climatic regions of the
Arctic and Antarctic.
1/2
Klimaticheakiye obl.aBti zarulmishofth stran AID.212 - I
The.book represents a compilation of known and accepted climatical
information obtaJmed from numerous sources, predomineMay foreign.,,
datial; even before the advent of the air mass analysis. The to
.is of no particu3ar interest, with the possible exception of the
description of climtes in Fle are-tic regions of European Russia
and Asia. The b bliography ig intqree&ing, because it is a general
list of books and periodicals on climatology, and not only of those
used fDr the text.
Purpose: The book is written for persons having a general knowledge of
meteorology and climatology, i.e., for scientific workers, "aspirants",
and senlor students of universities.
Facilitiest Moscow State University
No. of Russian and 13lavie References: 58 of 165 (1870-1948)
Available: Library of Congresis.
2/2
2)
14--trioroloGY AbUt, 11. 1'.. Wad L'ya SetnenovicbA Berga v klimatologiflL [Lev Serninovich Betw!'~
V01- 4 1-10- 5 djMAjQju"-j Voprosy Gcotrafli, No. 24, Fizicheski~u LK-ovahia, p, V-31.
1051. OM-The atithor stimmarim brielly Brno's systern of climatic classification, and his,
May 1953 mmliv%mt the p"JJC11% n( (14;~Ccatinn in middle Asia. Subjed Readings, 1. Berg, Lev Semino-
Chmatol )9y fAnd vich 2. Climatic classifleations 3. Desiccation.- LL. D.
BIOCUwatology