SCIENTIFIC ABSTRACT MIKIRTUMOV, E. - MIKIT, YE. A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001134130004-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

/4 1, & / ~r "t 1~/ Ine 0 V
KOSTWO. I.; MN;6~07~ I.; KOnUTITEVA. M., rodaktor; BODIZOV. A..
tokhatcho'"91FWf
(Model airplanes] Zataiushchis modelt. Kooky&, Isd-vo Tog TZJOSK
wKolodata. gvardlia,'* 1954. 84 p. (Microfilm] (KI-RA 7:12)
(Airplanes-Ko dole )

I KTu eAo~,i) E.
AID P - 3104
Subject USSR/Aeronautics
Card 1/1 Pub. 58 - 9/19
Author : Mikirtumov, E., Kan. of Tech. Sci.
Title : Jet Aircraft
Periodical : Kryl. rod., 8, 10-14, Ag 1955
Abstract i The author is concerned with the working principles of a jet air-
craft and its comparison with propeller aircraft. He describes
the take off, maximum speed, range of speed, maneuverability and
special features of piloting. A full page drawing shows a jet
aircraft and its parts. The Mig-15 and Mig-18 aircraft and names
of mall known designers are mentioned. Dipgrams and graphs.
Institution : None
Submitted z go date

0) CHASE 11 BOOK EXPLOITATION GEIVS316
Wassi1jew, G. S. IG. S. Vasil'yevj, N. M. Lyssenko IN. M. Lysenko], and
E. B. Mikirturnow (E. B. Mikirtumov)
Aerodynamik and Flugmechanik bei schallnaIhen Geschwindigkelten; eine
kurzgefasste Darstellung in leichtverstandlicher Form. [B e r I i n
(Aerodynamics and Flight Mechanics at Near-Sonic Velocities; a
Brief Presentation in an Easily Comprehensible Form). Verlag des
Mtnisteriums fUr Nationale Verteidigung [19591 331 p. Tranel. of
Aerodinamicheskiye osobennosti reaktivnykh samoletov - istrebite ley
(Aerodynamic characteristics of jet fighters). Moscow. 1956. 264 p.
Errata slip inserted. Number of copies printed not given.
Translated by Dieter Rauch; Tech. Ed. : Fritz Seidler, Diploma Engineer.
PURPOSE: This book is intended for flight and engineering personnel of the
Air Force. It may also be useful to students at technical institutes con-
cerned with aircraft design.
Card 1 1~

Aerodynamics and Flight Mechanics (Cont. ) GER/6316
COVERAGE: The book discusses the most important characteristics of
high-speed ;jerodynamics. Flight mechanics, control characteristics,
and maneuverability of jet-propelled fighter aircraft and their effect on
the most Important operational parameters are discussed. Particular
attention is given to longitudinal and directional stability at sonic or
near-sonic speeds. The relationships between the rotation of an air-
plane about its longitudinal axis and the altitude loss in pulling an air-
craft out of a nose dive are explained. The spin peculiarities of mod-
ern aircraft, e. g. , in initiating and terminating spins, and the causes
for the nonuniformity of the rotation are treated in detail. Since some
characteristic properties of modern jet aircraft are associated with the
stronglv sweptback airfoils of these airplanes, the book contains sec-
tions on the flow around a sweptback wing and the aerodynamic and
flight- mechanical properties of aircraft with sweepback. The original
Russian edition of the book was written as follows: Sections 1, 11, VI,
and VII, by N. M. Lysenko, sections IV and V, by E. B. Mikirtumov,
sections IX and X, by G. S. Vasillyev, and section 111, VIII, and XI,
Card 2/e
I./

Aerodynamics and Flight Mechanics (Cont.) GER / 6 316
by E. B. Mikirtumov and N. M. Lysenko. The German translation was
made by Dieter Rauch and the drawings by Arthur GUrtner. No person-
alities are mentioned. There are no references.
TABLE OF CONTENTS-
Preliminary Remark
List of Symbols
7
1. Aerodynamics of the Lifting Surfaces at High Speeds 11
L The pressure distribution over the wing profile 11
2. Some fundamentals of high-speed aerodynamics 20
3. The effect of the density variation of the air on the
aerodynamic parameters at suberiticail velocitit-a 26
4. The effect of the density variation of the air on the
aerodynamic parameters at supercritical velocities 35
Card 31-6-

RARATIV. Hikolay Alekseyevich,- GATAVSKIT. Oleg Konstantinovich; KUDRYATTSEV,
da KHUKHRA, Turiy
Sergey Stepanovich; MIKIRWKOT,,Xn=4i,l.,Bo& pqy
Stepanovich; r'&Uktor; AORLAUO*, B.I.. takhnichs-
skiy redaktor
[Airplane models; a canual for the first and second years of study]
Aviatsiocnyi molelism; uchabnoe posobie dlia pervogo i vtorogo godov
obuchanita. Pod boshchei red. Z.B.Kikirtumova. Moskva, Izd-vo DOSAAY,
1956. 294 p. (Kud 9: 11)
(Ai rp lanes --Models)

A ID P - 5581
Subject USSR/Aeronautics - bibliography
Card 1/1 Pub. 135 - 20/27
Authors Mikirtumov E B., Eng.-Col., Cand. of tech sci. and
'ko:-r,n-g.-Lt. Col. Cand. of tech. sci.
N. M. Lysen
Title Speeds, accelerations, load factors
Periodical Vest. vozd. flota, 6, 81-83, Je 1956
Abstract Critical review of the book "Speeds, Accelerations,
Load Factors" (Skorosti, Uskoreniya, Peregruzki), uy
R. A. Stasevich and P. K. Isakov, published by the
Defense Ministry of USSR, Moskva, 1956, 84 pages.
Institution None
Submitted No date

KIKIIMMOV, Z.B., kBnd.tekhn.nauk; LEBEDINSKIY, K.S., kand.tekhn.nauic;
SrWMMIT, A.Te.. rr,4.; KORNIMA, V.I.. takhn.red.
EModel airplane building; collection of articles. A manual for
lenders of model airplane clubs and teachers] Aviamodelizm;
sbornik statei. Posobie dlia rukovoditelei aviamodellnykh krushkov
i uchitelei. Moskva. Gos.uchebno-p9dagog.izd-vo K-va prosv.RSPM.
ig6o. (MIRA 13:5)
(Airplanes-Models)

BABAYN, Nikolay Alsksayevich; GAYEVSKIT. Oleg Konstantinovich;
ITAINIXOT, D~iltrly Andrayevich; KMTATTM, -Serprey Ste-
panovich; HIKIRMOT, Imommll Rogdanovich: KHUKHRA. Tu.;
TRYMOVA. Te.T.. red.; KMTAKM.. K.S.. takhn. red.
[Airplane modelW; annual for makers of nirplone models and
instructors of circles for the first nnd second training year)
Aviatsionnyi modelism; uchabnoe posovis dlia gvlomodelistov I
rukovoditelal kruzhkov pervogo i vtorogo godov obuchanila.
Izd. 2., parer. i dop. Pod obahchal red. B.B.Mikirtumova.
Koskva, Izd-vo DOSAAIF, 1960. 286 p. (KIU 14:5)
(Airplanes-Kodels)

HIKIRTUHOV, I., kandidat takhn.nauk
Kanter the theory of stabilityl Kryl.rod.
16o.
11 no.3:22-23 Mr
(MIRA 13:5)
(Airplanes--Kodels)
(Stability of airplanes)

- MIKIRTUMOV9 E.B., inzh.-polkovnikv kand.toldm.nauk
Airplane take-orf. Vest.protivovozd.obor. no.2:41-44 F 161.
(Airplanes-Take-off) (KUU 1,4:2)

MIKIRTUMOV, E., kand.teldin.nauk
Theorist of space Mghts. Yj7l.rod. 12 no.613-5 Ag '61.
(PUR A 14: 8)
(!.'61olkovokii, Konaumtin Edu*ardovich, 1857-1935)

MIKIRTUMOV, E.B.# kand. tekhn. nauk, inzhener-polkovnik
LandlAg of an airplane. Vast. protivovozd. obor. no.llt
36-39 1 161. (WRA 16: 10)
(Airplane a--Ianding)

Ll--~I;l I Ill. -k, ly , ~-.. I.; , 1. V " , Yu . - . , rw.ll. ; "A I i"'I'Ll ov , :,. ~ , I. ~: .
( De s i pn a ni,~ I - a ' - , r a * ! r- 1.5 r' '~: oeK * ' --i I, , I.- .
riv! at.,. mu-'Et Il! ''c,cr-nlk fta*ei. !-ork-i-,I, zA:- i,~~
1)(',.IAAF. . 1 . --,)f 3. 145 1 . ('-~ :.-. , 1 -, . -

M1KTHTT',;OV,E., k-u-A. t~-k.-n. nauk
OrlCi-rial df~th f,r deoi~g.~x.%7. pr-.f~e-16rs of fly-In modes. Kr-fl.
rc,,!. 15 rie).Pt !fiserts 1-11 A K 164 ~,,, I RA le : I )

MIKIRTUMOV , S. M.
Prostate Gland - Diseases
Hypertrophy of the prosTate giand. Fei'd. i akush. No. ),
MOnthl.v List of Russian Accessions, Library of Congre53, JUne I'Y53. Uncl.

KIKMTUKOV, S.M.
Air cyst of the onall Intestine. Wrargila no.10:87 0 155.
(KIRA 9:2)
1. It bafttft,",obahchoy I goopitallnoy khtmrgii manitarno-
gigiyenichookogo fakulltsta I Moskovskogo ordena Lanina neditainakogo
inatituta.
(DMWUM--TUMORS) (OTSTS)

MIKIRTUMOV. S.M.
Hateriala on surgery in cancer of the pancreas. Toot. khir. 77 ao.l:
51-54 Ja 056 (KaA 9:5)
1. Iz kliniki obahchoy i goopitallnoy khirurgit sanitarno-
g1glyenichookogo fakul'teta (zav. kaf. - prof. A.Y. Tolikoretskiy)
1-go Mookovskogo ordena Lenina, neditsinakogo instituta.
(PANCRUS, neoplasms
surg.)

I
MIKIRTUMOV, S. U. Cand Med 4ci -- (diss) '~,Role of anticoagulants in the
I I - .
treetrnent of thrombophlebitis of the lower extremities." Mos, 1957. 14 pp
(lot We Order of Lenin Mod Inat. im I. M. Seahenov), 200 oopies (i(L. 43-57, 91)
-.56-

lvt4l ixCERFIA ILD~CA Soc.13 Vol.213 CardiovascLdar
785. The inethod ol treahnen lol thronibophlebitis ol lo-,,:ey exlrcniifies bv dicolimari)l
(Russiais text) MIKIRTUNIOV S. M. Milmygit'a 1957, 7 (112-115) Table:i ~
Treatment of thrombophlebitis of the lov.,cr extremities by dicouinarin, an anti-
coagulant, is actiological. Out of 102 patients observed by the author, 7*21 ),.L(1 pio-
nounced hyperl)rothrombinaernia (72.5%'j). Lfficacy of trcatment on tlt'l
method of administration of dicoumarin. Continuous treatment by low doscs (A
dicournarin is not so effective. The author recommends a method of irtt-MI")" (I
treatment by dicournarin, which takes into considc-ation the initial pmthra-,.i~i`,n
value, as well as the individual sensitivity to the preparation. A prunouncc(!
peutic affect is usually found when the prothrombin va!ue is decre--,cd to
of its initial value. Analysis of 9 cases of haemorrhagic complications is
(XVIII.

MIKIRTUXOT. S.K.
Una-stage Westicoduadeasl resection in a case of tumor of the
ampule of the common bile duct. Sov.wd. 21 no.2:108-110 If '57.
(KLRA 10:6)
1. Is kliaiki obahchey i goopitallnoy lrhirargii asaitarao-
gigiyonichaskogo fakul'teta (zav. - prof. A.S.Wilikoretskiy)
I Kookovskogo ordena leniaa neditainskogo institute imeni I.K.
Sechenove.
(PANCRAAS. neoplasms
surg., one-stage panematicoduodenal resection)

.1
/Y
HIMMUKOV. 5
Phynical. culture therapy in the coupound treatment of throubophlobitis
of the lower extrojities. Yop.kur.fitioter. i lech.fis.kmllt. 22 no.6:
45-50 N-D '57. (HIM 11:2)
1. 1z kafedry obshchqy i gospitallnoy khirurgit sanitarno-gWyeni-
chaskogo falmliteta zav. kefedroy - prof . A.N.Valikoretakiy) I Mosiroy-
skogo ordens V.I.lentna meditflinskogo inatituta imeni I.M.Seebanove.
(PHTSICAL THXRAPY)
(BWCD--GIRCUIATION. DISCRD12S 07)
(MOMMITIES, DWIM-DISUSIS)

KLKLRTUKOV, S.M, (Koskva)
Cancer of the rectum. Fel'd. i skush. 22 no.11:24-28 S '57.
(BECTUK--CANCXR) (KIRA 11:2)

MIKIRTUMOV ~,, 1, -
Dicounarin treatment of thrombophlobitis of the lower extremities
[with st- r7 in Baglishl n1rurglia 33 no.7:112-113 .11 '57.
(KLRA 10:11)
1. 1z kliniki obahchey I goepftallaoy khtrurgii sonitarno-gigiyeal-
cheekogo fakulltoto (sav. - prof. A.S.Telikoretakir) I Hoakovskogo
ordena lenina meditsinskogo institute iment I.M.Sechenovs.
(COUMARIM. ral. cpda.
bishydrozycounarin. ther. of thrombaphlabitia of legs)
(THROKBOPIILVBITIS, thor.
bivV7drozycoumarin In thrombophlobitte of legs)

KIZIRTUMOV, S.K.
"atric phlegnon. Vimrclie SwOlement: 43 157. (KIRA 11:4)
1. Is 2-go khtrurgirheakogo otdoleniya 6-7 gorodskoy klinichookoy
bollnitey Koakvy.
(STOMCH--DISPASP.3) (PHLMKON)

KIK wAkeek-wa)
'Thromtophlobitis of the lower extremities ind its trepteent" by
A.U.Shpbanov, L.S.Soakin. Reviewed by S.M.Klkirturmov. Fel'd. i
skush. 23 no.4:62 Ap '58. (miu 11:4)
(VEINS--DISEASES)

TnIKORSTSKIY, A.H.. prof.; KLXI2TMY._&K., kond.med.nauk; KOCEIIASHTILI.
V.I., k3nd.md.nauk; XASAIKINA. T.M.. kBnd.cted.nauk; GAMUT,
N.A.: KAKALOV, N.M.1 POTWAUVA, N.A., kand.sed.nauk; SPASSXATA.
P.A.1 VOLKOV, V.A., red.; GRICHISHCHOT, V.A.. takhn.red.
(Sirgery for pancreatic cancer] Operstivnoe lachania raka podmhe-
ludochnoi zhelazy. Koskva, Izd-vo I-go Kosk.med.in-ta. 1959.
173 P. (KIRA 13:LO)
1. Klinika obahchey i goopital'noy khirurgii senitarno-gigiyeni-
cheskogo fakullteta 1-go Hoakovakogo ordena Lenina maditainakogo
instituta im. I.K.Sechanove (for Koch18shvili, Kikirtumov, Veli-
koretakiy).
(PANCRIAS--CANCER)

V. B.H.1 VAMOVITSKIY, G.I.; SMIMOVA, N.Y.
X -m-n ~O
PIWoetic possibilities of Intraveraus cho2A4;mpb7 in the deteition
of diseases of the biliary tract and gall bladder. Sm.med. 26
no.12#25-.28 0 162. (Km 1.612)
1. Iz Wedry obehohey k~imrgii (zav. - prof. A.N. Shabanow)
aanitarno.qiglyevicheokogo fakulfteta i kafedry rentgenologii
(Sav. - prof. L*D. 14ndenbraten) I Mookovskogo ordena Innina
meditainskogo institute, imeni I.M,. Sechenovas
(HILIARY TRACT-RADIOCRAPHY) (G= MADDER.-RADIOMWHY)

MIKIRTUMVP SJL, dotsent
Extent of resection In tumors of the large duodenal pap".
Vest. khir. no.100-58163. (IGRA 16s7)
1. Is kliniki obahchey khirurgii (zav.-prof. A.N.Shabwlov) as-
nitarno-gigilenichookogo falaillteta 1-go Moskovskogo ordena
Lenin& me4elinskogo instituta ineni I.M.Sochenova n& baze go.-
rodskoy bollnitsy no.24.(glavnyy vrach - V.A.Usponakly)
(DUODENUX-TU MOBS) (DUODENU14-SURGEM)

SEMENDYAYEVA, M.Ye.; GUSEVA, T.M.; PONOMAREVA, O.A.; LAPKINA, G.V.;
MIKIRTUMOV., S.M..-
Activit7 of arginase in the blood earum and points of the liver
during Botkin's epidemic hepatitis. Vop.med.virus. no.9:275-28l
164. (X:RA 18:4)
1. Iz laboratorii deystvitellnogo chlena AMN SSSR prof. Ye.M.
Tareyeva.

SHABANOV , A. 11. , prof.; MIKIrl L.,.:L)V Kalld. :w 1. flu "I
studontka VI klurzia.
Postoperative pancreatit.3 in 3urfrlril 39 no.~..
56-62 Je '0.
1. 1 z kl In-' ki obon, io y rurt~ i i
san! tarno-g! tri fiik i
Lenina mvdI Lti i nadol.,t) ~w-i,

MUSKHELISHVILI, G.N.; MMTUtOV, V.R.
Hicroflowmater for liqulds. Flrlb.i takh.skep. 6 W-5j174-176
s-o 161. 09A'A 14:10)
1, Inatitut elektronikit avtomatiki i telemokbAniki AN Gruzinskoy
SSR.
(Flowmeter)

22M
S/ 0 8Y 61/010/ 00 5/ 00 4 / 015
za o B 102 B214
AUTHORS: Gverdtsiteli, 1. 3., Uik3,1a)ev, Yu. V., Oziasn't;11, Te. D.,
Ord 1,u9khellstilili, G. N., Killudze, N. Sh.,
)l4khtrkdze, Z. I
TITLE: An automatic onnande ai,pnratun for obtoinIng bighly
concentrated heavy nitrogen i3otope
PERIODICAL: Atomnaya energi7a, v. 10, no. 5, 1?61, 487-4~2
TEXT: The growing use of N 15 in different domains ~'for exampl '5
15
nitrRtes in homogeneous reactorsl N has a thermal neutron cap re arose
agotion of 2-10-5b, whereas %be value for natural nitrogen Is I .'3b) makes
It of interest to develop suitable methods for the preparation of t~.iff
Isotope. The principal difficulty lies In the smallness (0.365%) of NI 5
content in the natural nitropen. Spindel and Taylor (Pef. 1: 14. Spindel,
T. Taylor. J. Chem. Phys., ?J, 981 (1955)1 24, 626 (1956)1 Trans. N. T.
,-ad. Sri., 11, 3 (1956); T. Taylor, W. Spindel. Proceedings of the
Card 1/4

2 2 F,7L
i/0 10/0VIj 004/015
An automatic camonda apparntun for ... B 102/112 14
,ntprnotlonal 5.,,,7;~osium on Isotope Separation. Aznlerlar, - Holland
1
Publinri!ng Comp;~ny, 1558, p. '551 L. Kaud~r, T. TFty,-r, W. 5;,nde-
Cho=. ?Yiys., '1, 252 (195~,, nave ievelopeJ a c,q-Je app,~ra*,s vth
15 to I
two oolu=nB a:low Ing N be ob t r~ i r, e,J v It n ?9 . -^~ ~. P j r Ion oasis
the authors of tne prejent paper h,,ve ieve) op-l and con9t r,4c! el &.n
automatic c.,jgc,jde apparatus that a',!ovD 99,6 % p,ire ; t~ to "Cl-ine.1
from natural nitrogen by the method of NO-11110 3 oxchango. The yield in
abou 0.5 g per day. The chemical exchanwe NO-HNO in de9cribed In Ref. 1,
and,algo in the introduction of tl~e present paper. Fig. 2 9nosp the 3cheme
of construction of the actual automatic nppnratuai and 6 (in F)-~ 2)
correspond to the first and tht second column of the c.scble. Ti,v HNO 5 so
conveyed from the renervoir 1 tn the first column via a rogulatirg valve 4
and a flow meter 2. The qnriched solution In taken throuph a rei,.ulating
vnive 5 and a second flow meter 2 to the upper part of the second column
for further enrlchn~nt, the remaining part flowing through the aleive -ipe
7 into the reactor. In the reactor 10 ENO 5 renota with SO 2' The oxide
Card 214

An itutomatic canonde ta;,~aratun for. b I (j?,4
mixture ,rrluced in I-I into t:~P volu-nji ~ wnpre 1! r-l,ts nltri, acid
with inotoie exchange . The 11NO5 frnm column 6 enter!) the rsnct~r 9 (unich
Is analogoun to the reactjr 10). Tne nitri- fr,,c tt.- r-actors is
brought bacK to tli- -:,imn 6 Fin,i re,,chefi finally 1~,- ~-*- i,.rt ,f the
f1rqt column. The NO frep nf N"', 1. dincharred fr-n tne cq~,a,jcj the
112so4 fori4-d In the reactors in led off to %n,e rpo-rv~ir ,hp ENO
15
,enriched in 1;1 is lel away "r~m the lower part r f the second column
v,,Iven, and connecting
.hrough an electroaa,netic drrpp~r F3. Colunnn,
places are made df nonrun%lng ateel of the type 1XI?H91 (1Kh19n,9T). The
q material In teflon. The reactora .Ijnnlqt of -jartz.
packin, The
aiu~omatic regulbtion is related to the otabili::FOion of *,he acid nnl water
f:owc in the large and umnll reactor, to the atabillIzation of the quantity
of %he discharged product (acid), and the re#nilation of the gas addition.
The regula-.1ng oyntem consists of the automatic stabilizers, a signal
oontrolling the automatic regulators and stabilizers, and a feeding
block. The whole regulatine nyatem is free from contacts In its working
and must Rive an accurate and reliable performance over a period of
Card 3/4

22876
I~'I/ 0 1
An ,,)tomatic enmc%lp apparatun for. B102/B214
operAtion. The enr:chel camplea (N' and NO) P~!re cut)~ectei to a ma98
apectroooopic inventlFation which allowed the inotopic ~~rpooltion to be
determined to an accurapy of 10.02 %, Dppendin,, in the amount of nitrogen
taken tt-a concentrationn are given by:
Ni t rogen taken.-g/day if 15 concentration, %
0.5' 99.8
0.69
0.84 "0
The authors thank V, A. Vlasenk , R. V. Tiohchenko, R. 11. Sakand-.idze,
D. K. Puradriah7ili, G. L. Partuakhaahvill, L. V Yermakova, A.K. Gneparoy,
M. S. Mikhela9hvill, L. 1. Chernova, S. 7. Bubnoy, and 1. A Kurao
-iollabor&tion. ~Ihere are 5 figures, I table, and 5 referenc?a;
2 Soviet-bloc and ~ non-3ovlet-bloo.
SUBM ITT ED June 1,
Legend to Fig. 2: Speclflc.,ti~na of lengtr in mmic ~r tte product.
(11aM iDm to the sit of figure, we were unatilt to
fit It to a aso
Card 4/4 tar

MUSICIELISHVILI, G.N.; MiKIETUMN, V.h.
Translatorlizen precislon vcltagf. am~ current
Prib. i tekh. eksp. 8 no.61'"16-118 N-L 163. (MIRA !-lstl~
1. Institut elektroniki, avtoru~,-'ki 1. te-emekhaniki AN
GruzSSR.
f

MIKIRTUNDTA,.Te.y.
Late observations of minute blood volume following total and
pnrtial nneumonectomy in humans. Tornn. arkh. 10 no.4:10-36
ku 158. (NMA 11:4)
1. In Leningradskogo nRuchno-inaledovntel'skogo inatitutn ekenerttzy
trudoevosobnosti i trud(ristroyetva invnlidov.
(BLOOD YOUM.
minute, after Dneumonectomy (Rug)
(PHEMONECTORT.
nostoD. minute volume (Rue)

HIKMTUMOVA. Ye.V. (Leningrnd)
A case of chronic sT)ontnneous methemoglobinenia. Klin.ced.
36 n0-7:153-154 JI '58 (MIRA 11:11)
1. Iz klinicheskneo otdnla (zav. - prof. M.I. lhvilivitskaya)
Leningradol-ogo nouchno-issledovatel'skoZo inatituta ekapprtizy
trudoRposobnosti i trudoustroyetvn invmlidov (dir. - knnd.mod.
nauk P.A. Makknvoyakiy).
(NEVEMOGWIIIN, cnne retportn
chronic spontaneous (Rus))

1(ITjWq1P'KA,_ Ye.T., vrach-ekepart
Importance of some hemodynamia indexes for disability evaluatiom
oi patients with chronic nonspecifte pusimoula. Trudy LINPrN 2:
82-69 '59. (KMA 13r?)
(DISABILITT VALUATION) (PNIUMFIA) (BLOOD---C IRCUIAT ION)

FJIVILIVITSKAYA, Mariya loeffbvn4. Prinima.1 uchastiye: ADAMOVA, A.V.; BO-
GOMAZOVAt V.P.; KALINBA, Ye.V.; LIKBITSKAYAp I.I.; MIKBTUMOVA,
Ye._V,-;,MIKWWVAp N.Y.; NIKIYOROVA, O.A.; SADOYITEV, A.I.; &LFW7,
Ye.A.; SOBOLSVA9 A.V.; ULYANOVAg L.S.; KHRUSTINA9 S.B.; DkXBO, A.G.,
red.; KHARASH, G.A.p tekbn. red.
[Adjustment of the body following pulmonary resection) 0 prifjposcb.
bliaemosti orgsnime posle rezektali legkogo. laningrad I Gos. izd-
vo zed. lit-ry Medgis, 1960. 170 p. (MIRA 14:9)
1. Kollektiv klinicheskogo otdela Leniogradakogo nauchno-isoledova-
tellskogo institute ekspertizy trudooposobnosti I organizatsii truda
invalidov (for all except.,Dvilivitskaya, Derbo, Kharash).
(MGS--SURGERY)

MIX.D.M.-MOVAI Yej,
Oamparetive evaluation of certain clinical methods for detqrmint"
minute blood volume. Terap.arkh,, 32 no,12t60-63 P60. (MM 1/.g2)
1. Iz klinicheekogo otdola (sav. - prof. H.I. lhvilivitakaya) i
otdeleniya funktaionalOnyth a-stodoy iseledevaniya (zav. - dotsent
I.I. TAkhnitakaya) loulngradekogo nauchno-iseledovatel'skago
instituta ekspertisy trudooposobnosti i organizataii truda invalidov.
(BU)OD MLUM3)

LIMUTSKAYA, I.I.; 14IKIRTU140VA, Ye.V.; SAZON0Vj K.N.; GMAS1N, V.A.
Methods for detex+iining the minute volume of the blood in physiological
and clinical investigations. Fiziol. Zhur. 46 no. 7:883486 JI 160.
(RIRA 13:8)
1. From the clinico-experimental Departmentp Institute of the
Work Capacity Expertite and the Invalid Labour Organization,
and the Chair of Hospital Surgery of the Pavlav Medical Instl-tLte,
Lening-ad.
(BLOOD VOLUPE)

MIKIRTYCIEE-V, -V..A.., inzh.
Building panels mde of pressed sunflower husk. Hital.-thir.
prom. 25 no-8:33 '59. (141RA 12-12)
1. Saratovskiy maslozavod No.2.
(Saratov-Building materials) (Sunflower seed)

MlXIRTYCHk;VA, A.A.
Effect of hydroavroioni:sation in conjuntion with other physical
factors on hypertension. Med. zhur. Uzb. no.6:33-35 Je 161.
(MIhA 15: 1)
1. Iz Uzbekskogo gosudaxstvennogc- nauchno-issledovatellskogo
instituta, kurortologii I fiziote-r-apii imeni N.A.Somashko.
(AIRP IOIIIZ&D) (H)IIERTMION)

MIKIRTYCHYAN, K.L. (Tbiliei)
Nasal reflexotherapy in some force of lieedache. Trach.delo no.5
541 Ky '57. (KLRA 10:8)
1. fisloterapeyticheakaya bol'nitea
(IMARACHN) (NISMOTHIMAPZUT LGS)

L .~i I
'mas, Ga),Led Sci -- (diss) "Prenat-LI Prophylaxis of '.Ickols".
Tuga, 10580 2 P ~~11-ftnivtry oP,.R*bM ..omdi~ Imtv j.'ji(. i.i,,rn Lort
Jr.st).. (Mg 10-580 121~.

MIXISPA, A.M.; TSITSIN, ?.A.
Some prob'. ~me in the thaorjr of the galactic potential. Astron.zhur.
33 no.6:885-889 N-D '56. (MLRA 10:1)
1. Gosulay-stvanny7 astronomichaskiy Inatitut imeni P.K. Shternberga.
(Stare-Distribution) (Milky Way )

SUBJECTs USA/Astronomy 25-6-25/46
AUTHORt -Mikisha, A.M._, Scientific Contributor to the Government ABtro-
nomical Institute imeni P.K. Shternberga
TITLEt Tidee and Galactics (Prilivy i galdktiki)
PERIODICALt Nauka I Zhtznl - June 1957, #6, P 50 737,R)
ABSTRACTt The tides of the sea are caused mainly by the attraction of the
moon. The American astronomer Zwickey has discovered a number
of galactic& which na--~e approached each other so closely that
their mutual tidal influence can clearly be observed by means
of a powerful telescope.
The ariicle contains one photo.
ASSOCIATIONt
PRESENTED BY:
SUBMITTED:
AVAILABLEt At the Library of Congress.
Card 1/1

I'AUTHORS: Mikisha, A. M. and Taitsin, F. A.
TITLE: On the distribution of mass in the Galaxy. (K voprosu o
raspredolen-ii mass v gaiaktike).
PERIODICAL: Astronor2j,,!heskii Zhurnal, 195?, Vol.34, No.1, pp.45-54. (USSR).
ABSTRACT: A method !or the c.-I-ermination of the mass distribution in the
Galaxy has been given and discussed by Lindblad (1) and
Parenago (2). Since neither "rigid rotation" (homogeneous
spheroid; force in the galactic plane directly proportional to
distance from the centre), nor "Keplerian rotation" (all mass
concentrated in tte nucleus; force in galactic plane inversely
proportional to distance from the centre) are realised in the
Galaxy, the above workers concluded that part of the mast; is
concentrated in the nucleus and the rest is distributed in
the Galaxy (uniformly in the first approximation). Assuming
this, they try the f'ollowing law of force:
F = Fl + F2 = cxR*-2 + DR.
It is now pointea out that the above law is not an
empirical one but results from the adoption of the particular
model of the Galaxy. In their later work Lindblat and
Pa-renago abandon, in fact, the above model and calculate
not the mass of a homogeneous spheroid but the mass of a
E-omogeneous flat disc. The correct formulation of this problem,
i.e. the determin-aFi-on of the inass of a Uniform spheroid, is
givers in this paper.

On the diE,tribution of mass in the Galaxy. (Cont.)
The following symbols are used: 5 - density of thp
nucleus It - distance of the sun from the centre of the Gala--,--y,
RG - rahug of the Galaxy, G - gravitational constant,8M 1 -
mass of the nucleus, M - mass enclosed within a sphere of
radius R 01 M 2 - mass of the Galaxy without the nucleus,
neral mass of the Galaxy (with nucleus), F force
-a Rstance R F ' - derivative of the force, - density
a
q 01 0 0
at a distance R and ~4, and parameters to Ee
determined. 01 ~42 -
Initial distribution. A spherically symmetrical
heterogeneous system Is -fully determined when the density J(R)
is given. The four equations 4) and (8) may be solved for
the four anknowns I 0l 61 'All "A.2, if a functional form is
assumed for 7 (R,Al 1 )42). It has been shown by Kukarkin
and Parenago that
7 (RI IA, 1 ~Y 0 Alexp, (- 'A2 R)
Assuming this form and putting
r.= 1.5 Kparsecs; Ro = 7.2 Kparsecs; RG = 13 Kparsecs;
A = 19.5 KjL/sec/B'.parsecs- B = -13 Km sec/K arsecs
oreobtains (as a result of' the solution of % and M):
0.61 x 103-0 sun masses
10.? x lC1-O sun masses

On the distribution of mass in the Galaxy. (Cont.)
HomoaeLeous model. Taking a homogeneous model for the
above Initial neFe-rogeneous distributions, equations (10),
(11)9 (12), lead to:
0.?2 x 10 1-1 sun masses
1. 79 x 10 11 sun masses
It may be shown, using equat:Lon (8 , that
q (Ro) = lo = '?.96 -c 10-2~ gm/cc.
This is seven to eight times less than the observed value in
the Solar Vicinity. This indicates that the density
distribution is far from being spherical.
The quan-uity A is equal to - d (in (see ea.9).
2 dR
In the initial dibtribution, it turns out to be 0.63 Kparsec-1,
which leads t
-a ( 1g 0. 2'1 Kparsec s-
CIR
Observational data for this quantity are
C1.25 0.2'1 Kparaecs- (Spnerical component)
0.11 0.16 Kparsecs- (plane component)
The agreement of the numerical value of the logarithmic
radient of density in the galactic plane with observed value
K
r stars of' the spherical component suggests that dynamic
influence of' the component is higher than is usually assumed.

On the distribution of mass in zhe Galaxy. (Cont.)
Next, it is supposed that "the initial distribution is an
heterogeneous spheroid. Here i-, was assumed that
r = 1.5 Kparsec; 1.10 8 Kparsec;
A = 19.5 Km/sec Kps; B -13 Km/sec/Kps.
The symbols used are: r - radius of the equatorial section
of the nucleus, R - radius vector in the equatorial plane of
the spheroid, M mass enclosed within a spheroid of major
scmi-axis Ro e - eccentr Ly of the meridian section of
the spheroid, and e = ii - e4 -
The parameters All ~A21 6 and e are obtained from the
set of equations (14), where Fl(R) and F 2 (R) are the attractive
forces due to the nucleus and the spheroid respectively. The
attraction due to an heterogotne3u8 spaeroid with the nucleus
removed F (R )I is then written down in the forn, of an
integral'. Keolatter IL3 rep-aced by a sum of finite terms to
simplify calculations, a.Lid the four equations (14) are solved
for 6 and e. This leads to the following:
C - 1/7.1
- 3.47 x 109, 5un masses
MI - 1.26 x 10-Iiiun masses
ThuE, ',e mass cf he nuclru~~ is 2.?5-yo of the total mass of
tte -na ial hetir(-~ -,eneous , I.f --oidal --' .3t ibution.

On the distribution of mass in the Galaxy. (Cont.)
If the above initial distribution is represented by a
homogeneous model, i.e. a homogeneous opheroid of the same
with a nucleus, then
Ml = 0.70 x 10 11 sun masses
IT) = 1.24 x 1011 3un masses
Here the mass of the nucleus is 56.5% of the total mass.
Thus the attempt to represent a heterogeneous Eq'eroidal
distribution by a homogeneous model leads to an over-estimation
of the mass of the nucleus by a factor of twenty!
The method used above for the model of a heterogeneous
spheroid with constant e, may be used to construct a model
which will correspond (approximately) to a real Galaxy. In
this, ~he Galaxy is considered as consisting of a homogeneous
s hero idal nucleus and of a spheroid of variable density.
Tte latter spheroid is cond-itionally divided into two
spheroidal parts, one insid.e the other, the two arts being
separated by a spheroidal layer throu h the sun FR 8 Kps).
Here e is taken as variable in the Taner spheroia a~nd
constant for the outer one. This allows one to disregard the
contribution due to the dividing layer which passes through
the sun. Thus e = e (R), where
e - eR = constant. (R,,< r)
e - aR + b (r < R 4 R 0)

On the distribution of mass in the Galaxy. (Cont.)
e = Co constant (R> R 0) 112
Co er b erRo Cor er
it0 r R0 r
The following values are tbon obtained:
4142 1.0? x 10-~~2 gm/cc.
lg 0.16 Kps
eo 1/9
e(R) = -0-0598R + 0.5897 P Ro
'A1 = 1.07 X 10-22 gm/cc
6 = 0.62 x 10-2.2 gm/cC
=0.64 x 10 10 sun masses
V)= 1.8? x 10 11 sun masses
Thus, is 3.5% of the general mass. It is pointed out that
in the case of a homogeneous spheroidal model the figiire was
60% (a factor of 17).
Results of the present paper are summar-ised in the Table
on P-54. Column beading: Number (T), Modei (H), logarithmic
gradient of' denL;itY aR lg 1) (Kps--L) (III), Mass of nucleus Ml
( Eu- D. sserz) (110 , General ma -s of Galax.-I In M, Relative mass

On the diotr bi ~.on of is in the ',a2.xy. ~Co t.
of nucleus a = 0"n (VI) , . ver-esti-atiDn of - .. . la t ive
mass of the nucle s due by assuminF ho.iogeneouL; ..-: -e1
ahom (VII), e (VIII).
In column (II); Row 1; Heterogeneous sphere with
spherical homogeneous nucleus; Row 2: Heterogeneous spheroid
with a spheroidal homogeneous nucleus (e - const.); Row 3:
Heterogeneous spheroid with spheroidal homogeneous nucleus
(e variable).
Column VII in the above table indicates that the
homogeneous model cannot be assumei even as a rough
approximation. Model No-3 leads t) an estimation of the
mass of the Galaxy and its nucleus, of the density in the
galactic plane, and the variation of the concentration of
matter in the galactic plane as a function of the distance
from the centre of the GaliLKy. 2 Tables and I Figure.
? references, 5 of which are Russian.
State Astronomical Institute
imeni P. K. Shternberg. Recd. July 9, 1956.

1, /j 41 A ,I,
AUTHOR: Mikisha, A. M. and Tsit:3in, F. A. 33-4-19/19
TITWI bn__tl~e -ap-plideCtion of t.'ae Virial Theorem to the
mechan~6cs of stellar systems. (0 primenenii teoremy
o viriale v dinamike zvezdn-.ykh sistem.)
PERIODICAL: Astronomicheskiy Zhurnal, V01.34, No.4, 1957, ~1~03181
ABSTIUCT: It is shown the in a system of material points which
obey Newton's law of jSravi-i;ation, and whose moment of
inertia is a linear fuxiction of time (or a constant),
the magnitude of the potential energy is equal to twice
the m2tgaitude of the kinetic energy.
It is claimed that this statement is more general than
that 1~iven by Parenago ('110urs zvezdnoi astronomii",
3rd ed., page 39?). Parenago states that the relation
2T + 2 = 0
holds for "stationary or linearly non-stationary
systems".
The author gives an example where the system is non-
stationary and the condition '-' = constant is also
satisfied (I is the moment of inertia). The Virial
Card 112

3 5-11- 19/19
On the ap-plicatf-on of the Virial Tneorem to the mechanics of
stellar systems.
Theorem as faTmollated b~, the author applies in tiis
case bit in ParenaGo's formulation it does not.
There are no figures, tables or references.
SUBA1111TED: January, 30, 195?.
ASSOCIATI 4: Sternberg State Ast.ronomical Insti~ute.
TGos. Astronomicheskiy In-T im. P. K. Shternbergo)
AVAILABLE: Library of Congress
Card 212

PON014ARIV, D.U.; RIKISHA. A.M.
List of misprints and errors in the Pulkovo Astrcrraphic Catalog
of 11,122 stars between 700 northern declination and the North Pole.
Trudy 01am. astron. obser. Ser. 2 72:121-112 '58.
(MIRA 13:3)
(Stare-Catalogs)

S/16 62/000/007/013/149
D228YD307
AUTHORS: Romanyuk, V. A. and Mikisha, A. M.
TI'2LE: Influence of the geometric shape of a pendulum's knife
edge on its movement
PERIODICAL: Referatilrnyy zhurnai, Geofizika, no. 7, 1962, 17, ab--
stract 7A111 (Tr. In-ta fiz. Zemli, AN SOO, no. 18
(185), 1.)61, 98-124)
TEXT: A differential equation is compiled for a pendulum's move-
ment, with allowance for the influence of the curvature of a cylin-
drically shaped knife edge. The edge's curvature.is taken into ac-
count by means of the magnitudes of 6 and 6, which depend on the
pendulum's angle of inclination T, and their time derivatives. No
allowance is made for the deformation of the knife edge of the
pendulum and the pedestal under the effect of their own weight.
The problem is solved completely for the caae when the equation of
the curve of the pendulum's knife edge ie given in a parametric
-form as*the graded series:
Card 1/3

Influence of the geometric ...
i=O
S/169/62/000/007/013/T49
D228/D307
i~o
The caae, when the equation of thE! -.nife edge surfuce ib given in
a cylindrical system of coordinates (r = rLOJ), is considered in
addition. Here 9 is the angle betieen the poiai, fixis and the ra-
dius vector of pcint A -- the knife ed '.-,e's point of contact with
the pedestal in the deflected state. Formuias, allowing the problem
to be reduced to what was previously conaidered and solved, are
compiled for this case. FOrMU'Las are derived to determine tne cor-
rection for the influence of the geometric shape of the pendalum's
knife edge on ito period. The comparison of formulas, formerly a~-
plied for the correction to the pendulum's period (for a circular
cylindrical knife) with the deduced formulas shows that errorB of
up to 10 x 10-7 oec can be tolerated when using the classical for-
mula# The correclAon to the period of the pendulum's oscillationt
Card 2/3

S/'169/62/000/007/013/149
Influence of the geometric ... D228/D307
which is specified by the influence of the parameter of 6 4' has a
systematic character and structure of amplitude correction. The in-
fluence o,f the amplitude correction and the influence of the para-
meter of S4 mutually compensate beach other in separate cases. The V/
period of the pendulum's oscillations does not thereby depend on
its amplitude. The influence of --.he knife edge's geometric shape
on the period of the per-dulum'13 oscillations results in the fact
that the amplitude correction dove not always fully take into ac-
count the dependence of the period of the pendulum's oscillation
on its amplitude. /-Abstrr-,terla note: Complete transiat.,on,-7
Card 3/3

M,-T%ISRAF TISTMIN, F.A.
Formula foL- relization time. Vest. Mosk. un. Ser. 3: Fiz-,
antron. 20 no.r,.//.-'77 3-0 165. (V:RA 18;11)
1. Kafellm zvnzdnoy ustronmii Mogkovskogo universiteV .
Submitted June 1, 1964.

AUTHOR: Miltishev, G.N. li'l-5-15/44
TITLE: Computation of a Dynamic Calibrator in Form of a Cantilever
BeILM with an Excentric (Raschet dinamicheskogo kalibratora v
vide konsollnoy balki a ekstsentrikom)
PERIODICAL: 111;,meritellnaya Tekhnika", No 5, Sep-Oct 1957, pp 26-28 (USSR)
ABSTRAM Tho article presents a complete computation of a dynamic
ca:,ibrator for wire tenoion-indicutors, bueed on the existence
of such a cross-section within the length of the cantilever
beam where the bending moment does not depend on the vibration
froquoncy (the frequency interval from 0 to the start of
na-.ural vibration) and stays equal to the static bending
moment in this crutis-section. With a properly chosen ex-
centrJ.c, which gives harmonic displacements of the beam end,
the rosiatance of a tension-indicator glued to the afore-
mentioned section shall also change harmonically and in pro-
po:rtion to the vibration amplitude of the beam end, and shall
not depend on the vibration frequency. An editor's note to
the article points out that errors have been committed in "he
formula for c6mputation of the frequency of beam end's tear-
off from the excehtric which is contained in V.P. Zakharov's
Card 112 candidate dissertation as well as in the Machinebuilderel
lli~

AUTHOR: 1,lik:.shev, 3. N. (Moscow)
T I '~ LE Exp,,,rimentai Determinatiori of 0rt)-,-)-Vibra'U.'LD.,i of a Square
Pla~e ill SLIpersonic Flow (Eks per tal',ioye issledovariije
avt:)kol13bani.7 kvadrat.,,o,7 plastiriy v sverknzva.,~ovoiii potoke)
P-"-~IODi,'AL: Izv.33L!ya Aimdemii nauk ;j,;,3R, Otdeleli7n teKanictie, 5 -4 ich
r.au~~, 1131-,nanika I mas..i'L1osvrcjyerdJ--, 1-)5-)? .,r 1, P0 154-157
(USSR)
A.DIJTRA,;T: TiLe ortl-no-vibratiin (flutter) of a s,4ua:-(- flal~ -elate placed
in an airstream at supersonic speed witAi .1 - 1.?, ~~-3, 3,
was inves-,,iCated. Two sides of the plate, erpeidicular to
thE stieala, were attached while the other ~wo, parallel to
thE' stiea-.-;, were kept open. 52veral pl.A,?-, 3%-'0 x 30D mm -,-nd
L'50 x ;~50 !rLm were employed. son"'of tl-ri'- ~Icill-' -'f the
steel laa8N9 (a k,,- a
B ~ 80-120 /mm ~Iu~ I Dll_--)AT
40 kg/mm'-). The thlCkness var ia, '.: - . ~-U. for
steel ~Lnd 0.5-1.0 = f,)r GUra2UM' Ti- .71-~,-)- --)f o ~-3 i i,.L ") n -
injz in the aerodynamic tube is
wh:.le set was placed tiorizontai-TY 3:) t a~j L e r-~c- ived
th-, blow at a zero angle from at-ov--. T.'. Was .71ea-
sured at various points in tile of -.i a-r.d b,-,r
the sides of the plate. The LenSOZeiGel-.~ '16ed for : e t r.'r-
3Lrd 1/4 mination of the beginning Of Vibr~kZ;L)tlS 'IS 71eii US their

E~-p e r ime n t E. 1 De t o riaina t 13 n o f Or t Ii o -V i o rL i .) aa
Japersonic Flow
frE!quency an(~ type. T Ii e c a s vi -2 e c ~Lr r io, Li L.~ j e-
7,11E! aalls of t1lip tube. The res
intensive vibrations of tne Of
ffE-quenc ies was distorted, vii L,~:, i., ;,c I-
F i s ti ow s t b e o r i b in a -L 'U y pe- c) ~' ia-,-,I 'D "D re -I iI,r
TI,E. vibrai,-iins at points L, itre ;,io-in i-I
at) beginnini~ of vibration witAl ";Jflu . "I 'e
- t~ I V, V,
vibration with no damping effect. I~ae O%r-'-: :)f sta-d-
i--, waves could be seen on a c;--ie.iot )--- -I ;. -ill F, la-,3
uLn thick (Fig.5). The d-3stru-;-I,)r, pl~Ue took
PlEce wilen the intensive rxLning
waves (FiEr-5, )-14). The photo~,,r,,,~~i of d-,,-I,-(-,./ed ~,.5 -am
thick steel plate is shown in Fig.6. Tne durabiiicy couid
be calculated from the formula:
Card L14

ExDerimental DeberiAnation of UrGno-Vibratiori ol' i Jquarc PlaLe irl
Supersonic Flow
x __ aD'PK 01.2
02 = Ld bI = c
01 777 7 co
whe::,e a length of plate, D - rigidity, p - pressure in
the non.-disturbed stream, K - coefficient of polytrol)y, c,
c0 '_ velocities of the stream and sound respectively. The
value of X was caiculated by A. A. Movchan as being equal
to 814. FL-s.7 and 8 show the results of the experi:nen~ai
C3
data of plate durabiiity (dotted 1'-ne - 01 , continuous line
P29 the ra*:io of thickness to length of the plate is 'piotUed
along the abscissa, and the rat.Lo of pressure luD tne f oa'-~
modulus - on the ordinate). The experiziental iors in
and 8 were obtained as a mean of several tests: tne f.Lrst ~;wo
dots represent a steel plate, the third dot represents a
~;ard 3/4 durELlumi-n plate. The curves were calculated from a tdeoretical

~~)VA79 -59-1-,-`D/76
E--perimental Determination of Ortho-7ibrat-ion of a Square -n
6ur,ersonic Flow
formula. As can be seen,
and experimental data show
and 1 Soviet reference.
both the theoretical calcalaL-on
agreement. There are b
3UBL,LITTED: June 9, 1958.
'ar,! 4/4

29 0 64
S/179/61/000/004/007/019
E195/E335
AUTIfORS: Mikishev, G,N and Dorozhkin N Ya
TITLE- Experimental investi-,.-ation of free oscillations of
liquids ill Ves.5els
PERIODICAL Akademiya nauk SSSR Izvestiya Utdeleniye
tekhniclieskildi nauk. Mckhanika i mashinontl uyenlye.
no.. 4, 1)61 Pp 48 - 53
TEXT~ Free da:iiped oscillations of lif,,uids are defined by
two basic parameters- natural frequency (i ( rad/s cc ) and
damping coefficient 6 This article is an account of
ex,perimental investigations on detormination of these parameters
in relation to relative flui(l de,)tli, rnlative arnplitude of
oscillation, Reynolds number and surface tension. Tile choice of
liquids and sizo of tanks was considered from the point of viow
of obtaining the widest range of Reynolds number. The liquids
varied in viscosity from 0.38 - 1.8 centistokes and tank
diameters were in the range of 200 - 1 500 mm The wave propa-
Zation was achieved by standard means but oscillogram recordin~,s
were made with the use of a specially desi-ned transmittinr
Card 115

29( 6h
zi/179/-61/000/004/007/019
Experimental investigation El)5/E335
el ement .This element consisted of two ,.-ietal plates Wiich were
lowered into the liquid and attacl~ied to the tank wall For li~,uicb
which are good conductors the element reacted to the change in
the active and capacitive components of conductivity whilst in
the case of liquids which are poor conductors the element con-
Etituted a flat condenser which clianged its capacitance with
flUCtLiations in liquid level By virtue of its sensitivity
(2 000 to I magnific,ition on the oscillo~;ram) the element could
be used for almost any fluid The danipin~; coefficients were
determined from the curves of fr e dc-mped oscill~,tions and
natural frequencies were obtained from oscillograms In the case
of the flat-bottomed cylinder it wa.-i ce-tablished that natural
frequencies and dampinL coefficients were both indepen-lent of
amplitude variations up to the value of a 0 = 0.1 r 0 and of
fluid depth, for dopth h ~ r Natural frequencies showed
0
hardly any variation with Reynolds number and were not influenced
by surface tension for tanks of diameter over 100 mm, damping
coefficients, however, whilst remaining independent of surface
tension for tank diameters exceeding 400 m.-ii were for smaller
Card 2/6

29(j64
S/17,)/6l/OOO/OC4/007/CI')
Experimental investigation E195/E335
sizes rising rap~tdly with the increase in surface tension. (-1/2)
Damping coefficients were also shol-rn to be a function ofR
This mt-ans that Reynolds number similari4y must be considered
when applying model results for 1)rotot)j)t?s On the basis of
experimental data the followin- empirica.'- forriulae may be t1sed
for calculations of dampinL coefficients
o-II511 1.3 1 - h/ r
0 + + It 09 (2.1).
(-C
VR sh 1.811h/r ch i 84h/r
0
For a fluid depth h > r 0 and smooth t anks t he above
formula may be approximated to
i , 84 Tr
21. 2)
VWR
A theoretical formula (b = 1.3-,r/R 112 ) obtained by
B.I. Rabinovich and based on bouridary-Itiyer t'icory r i v es
Card 3/6

291J64
S/179/61/000/0011/007/019
Experimental investigation E195/E335
values of 6 , 30-40?,' lower The investigation was extended
to include 'Lanks of both spherical and conical shapes
Natural frequencies and dampiri:,r coefficients were determined
from the fomulae.
W C 1(g/r0 1/2 6 = C 2i.84"r/(R )1/2
for spheres, and
W C ftjjg/r 1/2 6 = C 21 8VT I(R )1/2
for cones, where r 0 is the radius of the free surface arid
r0 is the radius of spheres The dependence of CI and C2
in spheres, on relative depth is shown in Figs. 14 and 15.
For cones the variation of C 1 and C 2 with inclination
angle a is shown in FigSL. 16 and 17 TVIO cone formulae
were obtained for fluid depths h > r 0 arid for amplitudes of up
Card 4/6

7) Oil
S/l70,/Gl/CCC/CGVCC7/019
Experimental invert -'L;:~tion .... 3 5
to 0.01 r 0 at the 1. F o -licu,'es c:--.cc~--dinz '-.21 r0
0
and =Zles :)f -Jnclinl~-,ion a 10 tlie c-an-):.nZ; coef:icient
doos depend on t*.ic amplit-u(-'e of' :sscil'citions;
0 6
a = 17 and the cm--Aitlalc Crilill J.1 - t112 V-11""C 0:'
coefficient ir, doubl-3c:.
T7icrc arc 17 fi~;urcs and I Soviet refcrcnce.
5 UB: : IT- ED A:,ril 7, 1961
Fi~~. 14:
Fi,~- 15:
Carcl 5/6

-1.INISIMV, G. ~.; RAMOVICII, B.I. (,"'.Oscow)
"Some problems of the aralysis of dynamical characteristic of mechanical syste-r.3
with deformable elements."
report presented at the 2nd A11-Union Congress on Meoretical and Applied
Mechanics, Moscow, 29 Jan - 5 Feb 64.

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_133&
P

SOV/138-58-8-10/11
AUTHORS: Volonohunasp A. 0; Shkikunas, V. and Mikisheyao.A. P.-
TITLZ-. Application of Designs on Rubber Boots (Nanesenlye
rinunka na tsvetnyye rezinovyye sapozhki)
PERIODICAL: Kauohuk I Rezina, 1958, Nr 8, p 36 (USSR)
ABSTRACT: Previous methods of applying designs by typographic
m6thods and special transfers are mentioned. The
authors used this latter method and applied the ad-
hesive "Nairit" on a 6% natural rubber solution and
subsequent vulcanisation. The colour of dyes change
slighly during vulcanisation. Satisfactory results
were obtained when the designs were applied on non-
vulcanised rubber with offset colours. After vulcani-
nation It Is recommended to apply colourless lacquer
based on SKB rubber. There to 1 Picture.
ASSOCIATION:Kombinat "Inkaras" Mnkaras"Oombine)
Card 1/1

1"T
.~,jbject
Card 1/1
Author
Title
P~-viodical
Abstract
L.,stitutlon
Submitted
USSR/Aerodynamics
Pub. 58 - 6/20
Mikishin, N.
... Anwarm"c4
in- my flying group
Kryl. rod., 7, 8-9, J1 1955
AID F - 2668
i The author, an instructor, reports how he organized
and directed the training of his group. Names are
mentioned. Photo of the members of the group.
Regional Aeroclub of Khar1kov
No date

MISHOV. H.I.
General characteristica of the agricultura.1 atlas of the U.S.S.JL
Sbor.st.po kart. no.120-18 -61. 15:.4)
(Agriculture-Maps)

MMISHVILI, U.N.
Swrfaaq tension of molten 61PO In the sYstsm calcium OxWO -
mav4pneus oxide - 9111cae TrvAy Insto -mot* AN Gruso SSR 100"
l6oo WRA 13:12)
(slag) (Surface tenston)

HENMVA. 0.; M)RVATH, W-; WIKISKA. A.
Determinati-n of depth and duration of narcosis according to
mlictrophysiological properties of he cerebral cortex. Cesk.
fysiol. 5 no.2;168-173 23 June 56.
1. Ilostrolni ustav farmacauticky, Praha. Ustav hygleny prace a chorob
z pavolftnt. o4d. fysiologie vyssi nervove cinnosti. Praha.
(ARMTHESIA.
MW of elactrophysiol. properties of cerebral cortex In
fisterm. of depth & duration of anesth. (Cz))
(EL31,TROENCIPHAIDGRAPHY,
,letern. of depth & duration of anesth. by alictrophysiol.
properties of cerebral cortex (Cs))

BIMOVA, 0.; HDATATH, M.; HjjISU
Naluation of depth and duration of annathesia arcor4ing to
electrop'iysiological propertlea of the cerebral cortex.
Pbysiol. bohem. 5 no.2:189-194 1956.
1. Vortrag am. 3. Ganzetaatlicben Kongress der techal.
PhysInI(h;,,en, Pharmakologen una Biochamiker in Prag vom 19.
biz 22. 10. 1954. Pharmazeutisches Kontrollinatitut. Prag
Institut fur Arbeitshygiene, Abt. Physiologie der Hoheren
Nerventatigkeit. P7ag.
(ARESTMIA.
EEG determ. of depth & duration (Ger))
:ELEC7ROENCEPHALOGRAPHY,
in aneeth.. detnrm. of depth and duration (Ger))

HORVATH, M.; MIKISKA, A.; PARIZEK, 0.
Method of chronic electroencephalograph in rabbits; for
toxicological and othmr studies. Pracovni lak. 8 no.6:
426-429 Doc 56.
1. Ustav IfygImny prace a chorob z povolanI v Praze, oddeleni
Pystologie vyosi nervove cinnosti.
(ELECTRO FNC ICPHAWGRAPHT
Implanted electrodes in rabbitm (Go))

Zlentr-nce-halographic effects of eprboa diqlulfide rn the contrnl
nervong ayqt"m of rabbits. Fracivri le~-. Q no.7:2?-78 M~r 17.
1. U-.,:!v tvri-ny )rFkce Fk chorob z nov-IpLri v Prnse. -4deloni ty-inlogto
vvspl norv,)vp f-innosti.
(':4790" ')TSIlLFID7V, eff'.
CUS in rsbb its , YW ('-j
q",Tr(lTN SVTOVI, eff. of 4-ML-S on
-Inn A lim Ifi6e in ritb') Itn. 7rrr, (^1z

c~c t
b z

MIKISKA, Aloe
Relay eqmIpments for measuring the reaction time. Activ. nerv. sup. 3
no.2:187-190 161.
1. Ustav bygiany prace a chorob z povolani, Praha (reditel prof. J.
Telsirger), oddeleni fyziologie v. n. c.
(ELECTROPHYSIOLOGY equip & supply)

HORVATH, M.; FISCHER, R.; FORKANEK, J.; FRANTIKOVA, D.; MX14SKA, A.
The strain on higher nervous activity In mebanized and automatIzed
work and the possibility of its examinatlon. Pracovul lek. 13 no.41
163-168 tt, 161.
1. Ustav hygiany prace a chorob a povolaul, Praha; Vyskuwty ustav
spoju, Fraha.
INDUSTRIAL MEDICINE)
ENTRAL NERVOUS SYSTEM p]Wsiol)
M

MIKISKA, A.
Simulta;aeous registration of pulze frequency and electroqyographic
data on a magnetic tape in ph7siological studies. Fiziol. zhw.
47 no.4:524 Ap 161. 04IRA 14:6)
1. Institut gigiyeny trudu i profzabolevaniy, Fraga.
(ELECTUNYOGRAPHY) (EIACTROCARDIOGRAPHY)
(PUISE)

MIKISKA, A.-
Analysio of bio-electrical potentials with the use of recording on
I
m4Me.ic tape. Activ. nerv. sup. 4 no.2:143-146 162.
1. Ustar IWgieny prace a chorob z pavolani, Praha.
(PHrSIOWGY equip & sugly)
EXTRaMEMLOGRAPHr
=TRCIffOGRAPHY)

C Z'."(" " i 03LOW"N !A
not ,~.-von_7-
"To th,) Articlo by J. Z(j;:-.,tn.* Co,.Ang and
Ac ' i.vi tag N ervo3-a _._;'u-)-r_ c-.,
t i a, c o n c, r:~
c, o b i e - -i c n a c t c s s, I W .0
I c a t o a!
r. r ia L~-) d
-lo n .21 3 7
n, n,-, uT'D 3
I '.Y
r .; s en ci. _;'r."'U C I C 5 1; 7r a:-. s -
jsmLc,n of rif in thn n..rvouz zy~-
of amLlyzin, 171elc~ctroenze7)~'.___o -ru7,'-ls ar- (iisc=sed.
1~ .'estern, Czccl-., 2 Russ~an ref-,rences..

FC-Z ECHO SLOVAKIA
_1
A._=XLSU- Instii-.utecf Work Hygiene and Occupational Diseases (Ustav
-Tiy-gieny prace a chorob z povolani,) Prague.
"Automatic Integretion of Electroencephalogram and Electromyogram."
Prague, Ceskoslovenska Fysiolo , Vol 12, No 2, 1963; pp 151-152.
-Ake
Abstract: A briell summary of the basic principles oi k-~nwn EEG and 11-1G
ini-4iii-it-ors; short descri-.,Lon of key points of one developed by author,
with schematic diagram.

MIKISKA,A.,-, MIXISKOVA,H.
DeterminJng neurotoxicity by some electrograhic methcods (EFG,
-&CGP EP'G'i in guinea pigs. Activ. nerv. sup. 6* no-106-59 164

MIKISKOVA, H.
Comparative effects of trichloroethylene and trichloroothanol on
cortical function and spinal reflexes. Activ. nerv. sup. 4 no.2:
181-IM 162,
1. Ustav bygieny prace a chorob z povolani, Praha.
(SPINAL CORD pharmacol) (CEREBRAL CORTEX pharmacol)
(TRICHLOROETHYLEME pharmacol) (AWOHOL ETHYL rel cpda)

MIKISKA,A.1 MXMISKOVA,H.
Deteimilning neurotoxicity by some electrograhic methods (EFGV
ECGp l2j',G) in guinea pigs* Active nerve sup. 6. no.106-59 164

q r ,I "' -A,, " - /' ,-, I " , Al
KjKjsKovj.-xRAWjrA, Han& (Pmlm 11, Ke Karim 4)
Chnin &)tor conditioned reflexes in rabbits; procedural technic with
complex stimalus and method sensitivity in various physiological con-
ditIons and in infections caused by Pasteurella multocida strains.
Praeovni lek. 9 no.4: 309-313 SePt 57.
I. Uetnr hygieny prace a chorob z povolani, Praha.
(RVLU. CONDITIOM,
chain motor, in var. physiol. cond. & Pasteuralla
multocida infect. In rabbit (rz))
IYASTILMILIA, infect.
multocida in rabbits. daterm. of chain motor coud.
reflexes (Gs))

KEKISZMO. J.
MIKISM14, J. 'that to Lxprove in the management of the atate urain tnterprises p. 2
Vol 7. no. 12. Dec. 1956
CABPODARKA ZBCZOdA
AGRICULTURE
Warszawa, Poland
So: East Ihm)pean At:cession Vol 6, no. 3, March 1957'

r MIKIT,, A.A.'s, insh.; PADCHIN, A. I.p insh.
Mechanization and automation of timber drying in woodworking
enterprises in Letvia* Nakhi avt4om.prvizv. 17 no.1:26-,27
A 163., (MMA 16t2)
Obtomation) (lativa-Imbei-Dryimg)

HUI?. 2.A. inshaner; PADCHIM. A.1., Whovaer: WTSURI, Sh.%.. redaktor;
at OKINA, S. I., takhnichookly redaktor
[Technological processes in sawmill work] To,chnologichaskis protessay
losopillnogo proizvodetva. Moskva, (koslatibmitsdat, 1952. 65 p.
(Sawmill@) (KIBA 10:1)

KKIT, IfE, A.
__j
Saws
Increasing the productivity of longitudinally sawing circLlar saws. Les. prcr.. 12
no. 4, 1952.
9. Monthly List of Russian Accessions, Library of Congress, August, 1952 P953. Unclassified.

i. '-XTi,, Ye.. A., Zylg.
2. USSR (6(Y))
4. Pouer Zn,-,~merinj,-
7. Raining tif efficiency of* oownr Der. i I ~r( --,. - , ':( . , , I - - .
9. Monthly List of Runsian Accessions, Library of Congress, .:ay -1953, Unclassified.