SCIENTIFIC ABSTRACT MIKHAYLOV, G. S. - MIKHAYLOV, I. F.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001034010012-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

MEN
M
AP7001126 ___A)__S-0-UR`CE C-O--DE-: -4 _2~~9_6/6_66_/o o - - - - - - - -
ACC NR, UR-76 -3 3/0019/0023
1AUTHOR: Kan, Ya. S. (Candidate of physico-niathematical sciences);
~Kllqlml_oy, 0, S. (Candidate of technical sciences); Rakhubov8kly, 11. A.
vnu; none
.TITLE: A model of a cryotron digital computer with programmed control
iSOURCE: Mekhanizatstya I avtomatizatslya upravlenlya, no. 3, 1966,
~19-23
ITOPIC TAGS: cryogenic computer, computer design
.ABSTRACT: A small-scale model of a cryotron computer was built and
tested at the Fhysico-tp~.nnicjl Institute of the Academy of Science-,
~UkrSSR. The model corcalned on.'y essential blocks such as the arith-
;metic unit, number memory unit, Instruction memory with machine halt
,unit, control unit, anti an 1/0 i,nit. The model could add, subtract,
land multiply 4-bit (Incliding rjIgn bit) words In fixed-point notation.
!Instructions were of the 1'hreF;-address type, and the memory unit was
random-access. The computer was built using 504 lead-tin wire cryo-
trons mounted on micarta cards. Three tests lasting 11, 17, and 21
1hourB were made during which every 3 hours the machine was stopped
Card 1 Z2

ACC NR, AP7004264
while liquid helium was added. No malfunctions were encountered.
!Certain simple algorithms wer,; tried out using eight 9-bit instructions.
iIt was established that multiplication required 3 sec and subtraction
15 sec of machine time; clock period was therefore made equal to 6 sec.
A.he authors state that the test conditions were not optimal In the
:sense of maximum speed, and propose certain modifications which would
,bring the computing speed Into the megacycle clock-frequency range.
~Orlg. art. has: 2 figures. [VIA-81)
[BD)
SUB CODE: 09/ SUBM DATE: none/ ORIG REF: 004/ oTH REP: ool
UDC: 681.142.6t537.312.62

'-r~ H - G . -1
MA
jashiny I OboradovLnlyo Poro-ab~,tyvayu-shchikh Preipriyat- ,yr Rybnoy Pro.%.ys.:lcnno:3t.
0,:achinos an! "quifr!ent of The Proc2ss~n;, ::nt,:r,,)ri3es -" tiiE- Fish Industry)
i~oskva, P.1shQpraniLdat, 1951.'
491 P.
OLitarat,ira": P. 487-(438)
N, / 5
741. 'Y~
. n')

,Y,.qs9r6y Wasillyevich; MINIX, H.K., redaktor; KUZIKIK .
iz~- - -.4.9 , 'r~,L
KIXHgW I r wasNTLIB, N.M., takhalcheskly redaktor. A
[Technnlogical equipment of fish processing plants] Tekhno-
logichoskee oberudevante ryboobrabatyvatusheMkIi preopritatti.
Mosirwa. Pishchapromisdat. 1955. 310 P. [9LRA 9:1)
(Fisheries) (Canning and preserving)

ZAYTSIV, Vikentiy Petrovich; HIWLOV,, G.V., retsenzent; PAKHOMOV, A.I.
" _' ' laktor: HOROZOVA, I.I., redaktor;
retsenzent; PISKAREV. A.L. speisr"e
CHY.BYSHNVA, Te.A.. tekhnichealciy redaktor
CRefrigeration of fiahery products] Kholodillaoe konservirovante
rybnykh prroduktov. Koakva. Pishchepromizdat, 1956.-339 p. (KM 10:4)
(Fishery products--Preservation) '
(Refrigeration and refrigerating nachinery)

,/ II
KOELSUM. G.S., polkovnik neditainakoy sluzhby; MIKHAYLOV, G.T.. podpolkovulk
me&itsiuskoy sluzhby
Some problems in the clinical and physiological rating of radar
operators. loan.-med.zhur. no.9:32-36 S 156. (MIRA 10:3)
(RUCTRIC ITY--PHYS IOLOG ICA L 11FMT)
(RADAR--HYGLENIC ASnCTS)

24M 3 PHASE I BOOK EXPLOITATION SOV/1365
Materlaly I VSQSOYuzn-913 soveshchanlya p0 apektroakopii. t. 1,
Molokulyarwa gpekt.-~osk'piyd' (Papers of the 10th All-Union
Conference on Spsotr,soopy. V01- I- M11*0ular Spectroscopy)
(L'Yov) Izd-vo L-vovskogo -AnIT-t&, 1957.
1 499 P. 4 000 copies
printed. (Serissi tat P197ohnyy abir.-Wk. M. Vih
Additional SPQnScri" Agenoys Ak"emlys nauk 333A. Koftlaslya po
op?ktrookopil. 9d.s Jazer, 3.L., Tech. Rd., S&r&rquk T.V.j
Edit Ial Doar4s Landst:rd O.S., Academician (Reap. id., Deasas
Nopoomrnt, B.S., Do"tor f 6~sidal and Mathematical 3olenc*a, ad).
F.b.11nakly, I.L. Doctor of Physical and Mathematical Sciences,
FabrIkent, V.A.. bootor of Physics! -nd Mathematical Sciences.
KOrEdtakiz, V.O., Candidate of Tac~udoal Sciences Rayskly, 3.M.*
Candidate of Ph/sl*41 AM Mathematical Sciences. kilmovakly, L.K.,
Candidate of Physical and MAth*switical Balances, Pdliyanchuk, V.S.,
Candidate of Phjaijal and Mat.1wrAtical Science& and Glamberman,
A. To., Candidate of Physical and Mathematical iolandes.
Card 1/30
Foulnov, I.S. Study of Ion Salvation In Alcohol-
-aqueous Solutions by Means of Absorption Spectra 213
5horygLn, P.P., and L.L. Kruahinekly. Dependence of
the Intensity of Rama Lines on the luitatIon-light
Frequency in the Resonance Range 215
goodilenko 1.1 and I L. Babloh. Dependence of the
Intensity orlZut
' a;~. on the M
I
w
tin
Vf;II t Fm
quenay for various Forms of Molecular rations

28
bobovich, Ta. B., and V. M. Plyovarov. Lntermolset4ar
Interaction and Intensities In Raman Spostra
223
Sokolovskays. A.I. and P.A. Bashulin. Effect vor
Temperature on kL;;., Spectra 1. Li
uid,
q 22!5
Effect of ToWersta"a an UA Raman
eas
p
nam of Isopeatane 227
Q&r4 ISY.-

24(4)
THOR I Mikhaylov, G. V. SOV/56-36-5-8/76
TITLEs The Influence of Pressure and Temperature on the
Raman Spectrum of Nitrogen (Vliyaniye davieniya
i tem~eratury na spektr konibinatsionnogo rasseyaniya
azota
PERIODICAL3 Zhurnal eksperimentallnoy i teoreticheskoy fiziki, 1959,
Vol 36, Nr 5, pp 1368-1573 (USSR)
ABSTRACT. The aim of the present paper was the experimental
investigation of the widening of lines in the Raman spectrum
and of the rotational structure of the q branch in the
vibrational band of the spectrum in nitrogen. The
investigations of the Raman spectrum in gases at various
pressures and at constant temperature were carried out by
means of a high-pressure illumination device which is
schematically represented by figure 1. Work was carried
out in collaboration with the Institut fiziki vysokikh
davleniy Akademii nauk SSSR (Institute Of the Physics
of High Pressures of the Academy of Sciences USSR). The
Card 1/4 device is described by the present paper. Excitation of

The Influence of Pressure and Temperature on the SOV/56-36-5-8/76
Haman Spectrum of Nitrogen
the Haman lines was carried out by means of the lig-lines
4047 and 4558 1 , and they were recorded by means of the
spectrograph HUET B-III with a linear dispersion of
22.7 cm-1/mm (at 4047 1) and 36.2om~-,'AmLs% 43581).ftwwe of Ow Etamm-ortho
Agfa plates lasted from 3 to 40 hours (in the thermostat).
The pictures were treated by means of the microphotometer
MF-4. The Raman spectra of nitrogen gas consisted of O-and
S-branches in the rotational band and a Q branch in the
vibrational band. The spectra were investigated at 270C
within the range of from 7 - 114 atmospheres absolute
pressure. The results obtained for 4 different pressures
are shown by figure 21 tabici 1 shows the dependence of
line width on pressure, and tl,e same is shown by figure 3
in form of a diagram for the rotational and the vibrational
lines. For the former the curve shows a steep incline with
increasing pressure up to about 25 atm, after which the
incline becomes less steepi the latter show a hardly
noticeable linear incline with increasing pressure. The
Card 2/4 results obtained are discussed in detail. For the pressure

The Influence of Pressure and Temperature on the SOV/56-36-5-8/76
R~~man Spectrum of Nitrogen
dependence of the widths of lines the formula d- 21iNv-? 2
holds. (N = number of molecules/cm3, - average velocity
2 0
of molecules); for nitroeen of- 0.027 p holds at 27
Table 2 shows the computed and measured values of the
impact broadening of the vibrational and rotational lines
for various temperatures, figure 4 shows in form of a
diagram the rotational utructure of the i~ branch of nitrogen
at 3000 C. For the ~j branch of the vibrational band 0-43
and for the pure rotational band ?W - 3.9 k was found.
The results obtained agree satisfactorily with the theory.
The author finally thanks Academician G. S. Landsberg,
under whose supervision the first part of this work was
carried out, and Professor P. A. Bazhulin and 1. 1.
Sobellman for advice and discussions; he further thanks
the collaborators of the Institute for the Physics of High
Pressures, Professor L. F. Vereshchagin, Ye. F. Shcherbakovs
and 1. Ye. Surkov for their assistance. There are 3 figures,
Card 3/4 2 tables, and 6 references, 5 of which are Soviet,

The Influence of Pressure and Temperature on the SOV/56-36-5-8/76
Raman Spectrum of Nitrogen
A550CIATION; Fizicheskiy institut im. P. N. Lebedeva Akademii nauk SSSR
(Physics Institute imeni P. N. Lebedev of the Academy of
Sciences USSR)
SUBd1ITTEDi December 79 1958
Card 4/4

24(7),24-5000 76970
SOV/56--3~t-6-110/55
AUTHOR: -Mikhaylov, 0. V.
TITLEi Effect of Pressure on the Combinational Spectrum of
Oxygen
PERIODICAL: Zhurnal eksper,imentallnoy i teoreticheskoy fiziki,
1959, Vol )7, Nr 6, pp 1570-1574 (USSR)
ABSTRACT: A study was made of the Raman spectrum of oxygen at
pressures between 7 and 125 atm. The Q-branch of' the
vibrational band 0.( A v = 4,358 A) at 15-125 atm
and the rotational band appeared as ohown in Pigs. 3
and 4, respectively.
Card 1/5

Effect of Pressure on the
Spectrum of Oxygen
Curnbiriat!-(,rial
76970
11 0 V/c7 6 37 - 6 -Vr, c,-)
Fig. Q-branch of the vibrational I-)and of' combinational disper~3'Ln
of 0 2 4, 35 8 A a t 15 t 0 12') a t tr,
Card 2/5

Effect of Pre.3jur- on the Cumblriatl~mal
"pectrum of Oxygen
'(b97()
Vi cl
Fig.
01.
Card 3/5
RoLitional L3tcuctui,(- arid -alculatud form ol* the .~-Lran-h
AV -40 ~lv Ilu

Effect of Pressure on the Combinational 76970
Spectrum of Oxygen sov/56-37-6-10/55
Card 4/5
At these pressures the broadening of lines In the
rotational band bor2 tne nature Of C011131ons. The
effective collision broadening parameter was
P uj= 4.43 A. The parameters characterizing the
width of the rotational lines In the Raman spectrum
were Identical to those for 0 as measured on the
basis of abscrptlon in the mi3rowave region. Dif-
fering from the lines of the rotational band, the
Q-branch of the vibrational transition of 0 2 did not
broaden with the increase in the pressure. The ob-
served width of the Q-branch was explained on the
basis of the splitting of the Q-branch with respect
to J, the splitting being due to the Interaction
between vibrations and rotations. This work was
carried out under the guidance of P. A. Bazhulin;
I. I. Sobellman, V. I. Malyshev, and S. 0. Rautian
participated in the discussion of this work. The
text contains 1 tablej 4 graphs; and 7 references,
5 Soviet, 2 U.S. The U.S. references are: (1) P. W.
Anderson, Phys. Rev. , 76, 647, 1949; (2) R. S. Anderson,

Effect of Pressure on the Combinational 76970
Spectrum of Oxygen sov/56-37-6-io/55
W. V. Smith, W. Gordy, Phys. Rev., 87, 561, 1952.
ASSOCIATION:
SUBMITTED:
P. N. Lebedev Phjs. Inst. Acad. Sciences USSR, USSR
(Fizicheskiy ins-.itut imeni P. N. Lebedev Akademii
nauk SSSR, SSSR)
July 9, 1959
Card 5/5

MIOAYLOV, G.V.
Raman affect in methane at pressures of 15 to 250 atm. Opt.i
spektr. 12 no-5:646-647 My 162. (IMIRA 15-5)
(Ranmn effect) (16thane-Spectra.)

MIKHAYLOV, G.V.
Structure and line width of Raman scattering of gases at high
pressures. Trudy Fiz. inst.27:150-lS9 164. (MIRA 17:9)

77
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4-M7-66 WAM FBDI94T(I)IEEC(k)-?,/TIEWP(k)./FdA[m)-2/~-WA !'R_W__WU
hacwt AP6aoOl93 Vq SOURCE CODE: UR/0056/65/O)t9/005/1408/1410
AUTHOR: Andreyeva T. .; Dudkin, V. AA Malyshey V IWMIkhalov, G. V.
Sorokin, V. N.; Rovikova, L. A
Phyn'
Tnntitutp
ORG. zicheskiy
institut Akadenii nauk SSSR) Ll Ll
TITLE: Photodissociation
SOURCE: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, v. 49, no. 5, 1965,
i4o&i4lo
TOPIC TAGS: laser, to4A4u- A4oAp- laser, photodissociation
ABSTRACT: The authors-investigated the dependence of the oscillation threshold and
.the pulsed energy output of a photodissociation laser based on CH31 or CF31 (recently
fabricated by J. V. V. Kasper and 0. C. Pimental [Applied physics letters, v. 5,
no. , 11,119649 P.,2311) on the pressure of the gaseous CH31 or CF I. In the first
series of experiments, the authors used a 50-cm-long argod_fillea flash tube with a
50-pf capacitor 1~ank (voliage 2-10 kv). A 60-cm-long quartz tube with a 7-mm inner
diameter equipped with Brewster-angle windows was used as the laser tube. The flash
tube and the adjacent laser, tube were wrapped in aluminum foil. A confocal cavity
formed by,. two.concave gold-surfaced mirrors (radius 1 m) was used in the experiments.
The output energy of the CF.1 laser pulse van observed to reach a peak at a pressure

ACC MRs AP6000193
of 810-100 torr. At this pressure and at a pump power of 1600 J, the average output
energy of the.CF31 11aser was 10-.2 j and the peak power, approximately 1 kv. Up to
a pump energy of 1600 J, the output energy was a linear function of the pump energy.
In another series of experimerts withan elliptical lamp, dielectric coated mirrors$
and an effective cell and lamp length of 250 no, the threshold for oscillation de-
creased by more then a factor of two: For the CF31 laser, the threshold reached a
minimum at about 80 j at a pressure ;f 10-20 torr. In the case of the CH31 laser,
the threshold was at a mini-,- at a pressure of less than 1 torr. From the stand-
point of high power output CF31 appears to be more promising than CH3I since higher
power output le.obtained at higher pressure. Orig. art. has: 3 figures. [Cal
S03 CODE: 20/ SUBM DATE: 02Jun65/ ORIG REF: 003/ OTH REP: 003/ ATD PRESS:

ACC NRI AT6033040 SOURCE CODE bR/2504/66/032/000/0107/0111
AUTHOR: Likhachov, V. M.; Mikhaylov, G. V.; Rabinovich, M. S.
ORG. none
TITLE: Investigation of the radiation of a straight sol-f-comprossod diLcharga (pinch)
in the visible and ultraviolet regions. 2. Fast discharge at largo current densities
SOURCE: AN S55R. Fizicheskiy institut. Trudy, v. 32, 1966. Fizika plazmy (Plasma
Physics), 107-111
TOPIC TAGS: plasma pinch, plasma radiation, UV spectrum, plasma discharge
ABSTRACT: The basic experiments on the dependence of the radiation of the discharge on
the voltage supplied (energy) were carried out in a chamber with a diameter of 50 rZ,
and a len th of 100 mm (the walls of the chamber were made of quartz and the electrodes
of copperl. The chamber was filled successively with hydrogen. helium, and ~~rypton at
a pressure of I torr. For each gas, photos were taken of the s5ectrum at battery
energies of: 135 Joules (3 kilowatts), 540 Joules (6 kil . and 1200 joules
(9 kilowatts). 7he results are shown in a series of figures. In general the results
point to the Possibility of using a self-compressod discharge as a pulso source of
radiation of small duration with a continuous emission spectrum. In the ultraviolet
region, this source yields stronger radiation than a xenon lamp. "In conclusion, the
I Card

ACC NRt AT6033040
authors thank their coworkers in the laboratory, A. 11. Pantyushin and A. V. Spiridoncrva
for their help in preparing and carrying out the experiment." Orig. art. has. 4
figures.
I
'SUB CODE: 20/ SUBM DAM none/ GRIG RUt 001/ OTH REFj 001
Card 2/2

ACC NR' AT6033039 SOURCE CODE: UR/2504/66/o32/ooo/'0G97/G1L06
AUIMOR: Bodilav, M. R.; Likhachov, V. M.; Mikhaylov, G. V.; Rabinovich, M. S.
ORG: none
TITIZ: Investigation of the radiation of a straight solf-comprossod discharga (pinch)
An the vizible and ultraviolet regions. 1. Fast discharge at small current densities
I
iSOURCE: AN SSSR. Fiz'AcheskJy institut. Trudy, v. 32, 1966. -Fizika plazmy (Plasma
Physics), 97-106
iTOPIC TAGS: plasma pinch, plasma radiation, UV spectrum, plasma discharge
i
iABSTRACT: The experimental apparatus is shown in Fig. 1. The distance between
ielectrodes was 16 cm and the diameter of the electrodes was 20 cm. Tho source of
energy was a battery of condensers with a capacitance of 20 microfarads. Commutation
!of the current was accomplished with a vacuum discharger with igniting electrodes.
The parasitic inductance of the loop was approximately 6 cm. To the electrodes of the
chamber there was applied a current of 9 kilowatts, which corresponded to an energy
supply of about 1 kilojoule. The apparatus made it possible to generate current
~Pulses UP to 300 kiloamps at a discharge time of 4 microseconds. Disonarge
!investigations were carried out for He, No, Ar, Kr, Xe, H2, and air. The discharge

ACC NRt AT6033039
Fig. 1. Scheme of experimental unit.
1-discharge chamber; 2-battery of condensers; 3-vacuum discharger;
4-feeding unit; 5-control unit; 6-ISP-30 spectrograph; 7-Rogowski
loop; 8-FEU-14B photomultiplier; 9-OK-17M oscillograph; 10--photocharber.
ifor each gas was studied at pressures from 10-1 to 10 torr. On the basis of the
;experimental data calculations were made of the distribution of the radiation over the
ichamber, the time characteristics of the discharge, the spectral composition of the
i Card 2-

ACC NRs AT6033039
radiation yiold. A large table shows the onergy characteristics o' tho rau'-IatLon of
I I
a pinched plasma for the six gases studied. "In conclusion tho authors exTro--5 t.-.oLr
thanks to their laboratory co-workers A. N. Pantyushin and L. N. Spiridonova for holp
in carrying out the experiments." Orig. art. has; 6 figures and I table.
SUB CODEN ZO/ SUBM DATEs none/ ORIG REF: 002/ OTH REFs 006
~ Card

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5(.iG " PHME I BOOK EMDIMION SOV/3255
Iw'-Ssov.. G.P and I. Pik-haylov
Reaktivnoye oruzhiye (Missile and Rocket Weapons) Moscov, Izd-vo DOSAAF, 1959.
46 p. 58,ooo copies printed.
Ed.: M.D. Kanevskaya; Tech, Ed.: G.I. Blazhenkova,
PJRPOSE. The booklet in intended for the general reader interested in military
science and armaments.
'VEPA~;E: This booklet, based mainly on non-Soviet sources, surveys the leading
types of missiles used by the military, The first part of the booklet
discusses the principles of reaction propulsion and analyses the different
types of fuel employed. The second part of the vork describes Individual
missiles and rocket@,, mainly those of the United States Armed Forces. No
personalities we mentioned. There are 6 English references,
TAIqk
4Eorzw=d 3

MIKHAnav, i.
Aggreseora climb Into space. Kryl.rod. 14 no.6:4flr42 Je '63.
(WRA 16:7)
(3pace flight)

MIKEATLOV, I. (Rostov-na-Donii)
State controllers. Fin.SSSR 38 no.2:82-86 F '64. (?ERA 17:2)

MIKHAYLOV, 1.
In Kharkov after the liberation. Voen.znan. 41
N 165. (M.-RA 18,12)

DOKOV, R.D.; POPOV, At.G., GEORGIYEV, 4MAU40V,, IV.
k4* depo~lta in tl--e IAadan
Morphology of some metasomatic 1~q
ore region. Geol.rud.mostor( 4.,t29-46 J1-Ag 162.
)Zh. 'n6'm
(KIRA 15:8)
1. Nauchno-isaledovatellskiy geclo Skly institut pri Upravlenii
geologicheskoy razvedki i okhrwW-- e nedr Narodnoy
Respubliki Bolgarii.
(Madan region, Bulgaria-jaadkbres)
(Madan region, Bulgaria-J;Uw~ores)

- C.", -
II . ..
Sewing Machines
Fendi-nE tasks of sewing machine constructicn.
Leg. Prom. 12 no. 4, 1952
Monthl List of Russian Accessions, Library of
Congress, July 1952. Unclassified.

MIKHAYLUV-, I.A., mayor meditainskoy aluzhby
Measu.res for preventing chronic poisoning with mercury Ya rs. Voen.-
mod. zhur. no.8t4&--4 Air 161, (ITij 1W)
U-RCURY-TOXIGOLOGY)

SOV/1 37- 59- 3-6852 D
Translation from. Referativnyy zhurnal Meta;iurgiya, lq5Q. Nr 3. p 2-6 (USSR.j
AUTHOR Mikhaylov, I A
TITLE An Investigation of the Plastic Properties of the Heat - resistant Alloy
EI-617 and the Development of a Precision-Starnp ng Process for Jet-
engine Turbine Blades (Issledovamye plasticheskikh svoyst", z)-n-op-
rochnogo splava EI-617 i razrabotka tekhnologicheskogo pro?scssa
tochnoy shtampovki lopatok turbin reaktivnykh dxigateley)
ABSTRACT Bibliographic entry on the atithors dissertation for the degree ()f
Candidate of Technical Sciences. presented to the Mosk av:cits
tekhnol in-t (Moscow Aviation Te( 'rinulogical Inst Tute . Mos( ow 1058
ASSOCIATION Mosk aviats tekhnol in-1 Wos( k)-,k Aviation Te( hnoi(-)g
Institute), Moscow
Card I /I

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21 - ct 4".
- r , 'I "' -.,
, , r ; .
SC : Vec',.ern ct, 1"""? (, .P,
-wfa Vioskva, C -

SOV/81-59-16-58512
Translation from: Referativnyy zhurnal. Kh1miya, 1959, Nr 16, p 411 (USSR)
AUTHORS: Zherdeva L.G., Mikhaylov , I.,A., Demchenko, A.D., Cherchenko, N.V., Timo-
feyeva, ~.M.
TITLE: The Possibilities of Using the Continuous Process of Adsorption Separation
of Petroleum Fractions
PERIODICAL: Tr. Vses. n.-i. in-t po pererabotke nefti i gaza i polucheniyu iskusstv.
zhidk. topliva, 1958, Nr 7, PP 93-103
ABSTRACT: In a laboratory installation experiments were made regarding the con-
tinuous purification by an adsorbent (crumbled Al-Si catalyst) of dis-
tillate and deasphaltized residual fractions uf sulfurous (Tuymazy, Ro-
mashkino, and their mixtures) and low-sulfurous (Emba, Zhirnovo, Baku)
petroleum. The purification was carried out in the counter-flow system
at continuous contacting of the descending adsorbent layer with the as-
cending raw material flow and with continuous desorption by solvents and
regeneration of the adsorbent. The process chn be applied to products of
various viscosity and used to obtain oils, paraffins and fuels.
Card 1/1 Ye. Pokrovskaya.

ZHERIOVA, L.G.;,.jjjIaIk - D&XIEINKO, A.D.; CHERCHENKO, N.V.;
Tjp~~. I. A., 4
LEVINSON, S.Z.; TfZtSft'VA. K...
Production of lubricating oils by adsorption refining with a
moving bad of adsorbent. Trudy VNII NP no.7:103-119 '58.
(14IRA 12 - 10)
(TAibr1catlon and lubricants) (Adso rpt Io n)

ZHERDWA, L.G.- MMLAYU)V I.A.: KROLI, B.B.; CIUMINNO. N.V.:
--""
Tmmting new allics alumina gel adsorbents for the adsorption
stripping of oils. Trudy VNII NP ne.7-155-166 '58.
(KIRA 12: 10)
(Pntrnlewum products) (Adsorb"nts-Testing)

.3/ 06 '/ 0 2 /06G/ GG 6/0 01/(,() 7
C. E675/E136
AU THORS: Denisenko, , Badyshtova, K.M. Mlikhaylov, I A. 2
~:hosnokov, A.A. , 3urinistrov, G.G. a_n_&_i'~Lo-sova, V.A.
TITLE: "Nays of increasing the yield of high quality
residual oils from Eastern sulphurous crudes
PL~Rlui)ICAL: %'.himiya i tekhnologiya topliv i masel, no.6, 1962,
11-15
T:~;XT: High quality brightstocks were obtained by adsorptional
refining of vacuum residues from high-sulphur Eastern crudes.
The adsorbent was a granulated catalyst and benzine was used as a
solvent. Tile moving bed process was described previously
(Trudy VNil NP, v-7, Gostoptekilizdat, 1958, 93-103). The
extraction,*even for phenol to oil ratio of 4.7 to 1, gave
raffinates with L).81,, coke values instead of the specified
0.45-0.65,,. One promising refining treatment was the adsorptional
refining after phenol extrac,tion. For phenol to oil ratio of 3:1
and adsorbent to oil ratio of 1-5:1, light raffinates were
obtained having the viscosity of 17.80-17-51 ca at 100 OC and
coke values 0.36-0.21~o. Even better results were obtained using
Card 1/2

Ways of increasing the yield of ... 5/065/62/000/006/cc,1/007
E075/El36
only the adi3orptional refining, with the adsorbent to oil r.-itio
3:1 and 3.5:1, which gave very light raffinates having the
viscosity at 100 *C of 16.62-15.99 cs and 0.26-0.19',, coke values.
The latter method had an additional advantage in that it gave
raffinates from which wax could be filtered 'J(,-50c,o' more rapidly
than from the solvent raffinates of a less viscous deasphalted
residue. Application of the adsorptional method to a deasphalted
residue having a coke value of 1-15',j gave brightstocks with coke
values of G-2-0.13,,;, colour 1.5 Points, viscosity af 100 OC
2C.13 to 18.38 cs, viscosity index of 85-95 and pour point of
-20 OC. The yield of the oils was 15.6-13.6,o' of the vacuum
residue compared with 12.5-11.2,,, obtained when the solvent
extraction was used. The use of the adsorptional refining
together with or without the solvent extraction obviates the
use of cXay treatment.
There are I figure MtId 2 tableas
Card 2/2

Ml KHAnov, I.A.; LOKTIONOVA, Ye.L.
Adsorption properties of molecular sieves during liquid phase
sorption of hydrocarbons. Kh1m.i tpkh.tcpl.i masel I nc.11:
4-10 N 163. (MIRA 16:12)
1. Vqosoyuznyy nauchrTo-issledovatellskiy Instifut po pererabotke
nefti i gazov i pollichenlTi iskusstverinogo zhidkngo topliva.

IZOTOVA, V.P.; MIKRAYLOV, I.A.; LEVD;SCII, S.21.
ViscmB distillate lubr!ceLnt.s from adarrption purif.Imt-f-m.
Khiz,. .-I takh. topl. i masel 9 nn.6,L~8-34 Je364 (MITU 17gl)
1. Vseso~ruznyy nau-~imc-Issled-vatel IFkiy institut pn perera-
hct~ nefti 4. gaza i W.Iuchfff:i7u isnusatvermogo zh'Likr)gc,, 1.-)y-
liva.

tl--uatior.
an ~ aftlite.
t4e- supervi,s"on
tabkg

'dK:,iAYL(Yi) !.A.; IZOTOV,,, '..i . ; L--. 1- , 1. ',
~.d - c r- t i,~, r, kir i ~ , ~ - - - .", 4, . . .:. - . - --, -- . - ': -;.
, 1-- 11
1 . . ; I ~ ... , : ,
i. ,V ~;, ~ j,,.7,zn,,-,, a;.~ -- -,(, -: ',- i ' . ~ ~- i i t,.. '- c) . '-- . I
- .- I . I/ . .
. I I I j~ i . o~ ~ .!',I .~ . . , -. I- I -~ I

KAZIM121, V.G.; MMIAYLOV, I.A.; SHATSKI-Y, V.N.
Rift structures in northwestern Syria. Sov. geol. 7 no.6:81-92
Jo 164 (MTRA 18:1)

_ POLYAKOVA, A.A.; KHM L'NITSKIY, R.A.; IZOTOVA, N.P.;
~Nj LUjfg~A E
MEDVEDEV, F.A.; CHERNYSHWA, M.M.
Mass spectrometer investigation of the hydrocarbon composition
of the paraffin-naphthene component of distillate lubricants.
Khim. I tekh. topl. I masel 9 no.12sl5-20 D 064. (KM 18t2)
1. Vsesoy-uznyy nauchno-lasledovatellskiy inatitut po pererabotke
nefti I gaza i poluchenlyu isaxusBtvennogo zhidkogo topliva.

,---_---L-3360-66 --Dn(M)[EPP(C)/T/EWP(t)/&fP(6)
AW ~$AiS025602. UK/0129/65/000/010/00SO/00st
621,78
5 $32541.132
AUTHOR*. Nthb=10V.. 1. A.
tit(, 1i 5
Ati
TITLE., ratio# In charge nitriding
-SOURCE: Metafto'vedeniye i ternicheskaya obrabotka.metallov, no. 10, 1965, 50-51
:_TOPIC, TAGS: :',n 7
itridIng, Slow discharge, nitrogen,jon source,.ionization spectrum
ABSTRACT: -The authors present the results of an experimental spectrometric invest-
~.igation~of:the':Oi(.icesses.accu,rring around the glow-4ischarge on using for this pur-
pose :&.specially developed ion source w ith.a built-4ti discharge tube. A small
aperture was made in the'cathode, and positive tons entered this a erture through
p
inertia, ~, thus *6mbarding. the cathode and forming . the, so-callid canal 'rays. Th se
rays were examined.by means of a mass spectrometero' The o0rating conditions :f the.-
source corresponded to the regimes of discharge-'nitridlfilg,.with-pure nitrogen used
tht. Wxlkttl' s',The investi tion revealed tite,pre encilk Ithe nitrogen ions
a ga a 9a
N 0
alv 4
T, N' N'T and weak hydride and oxygen containing. ions. It was established that
ithel iatensity of the ions of molecular nitrogen st-oridouLasted in the overall ton
2
current and ~ thAt'the~. -composition and Intensity of -this-lons.are a. function of the re-
Simles of Slow'. discharge, . i.e., pressure- In the discharge- voltage, and the. density
:.of,diichsrSe current, since atomic.attrogeawas of principal Interest* the invest;-i 11
1/3
I Card

T
ACC Nih APS025602
igation.dealt:with the ratios of atomic nitrogen to molecular nntt+rog!r NZ and to the
sum total of all the ions of.molecular nitrogenb' I.e. to N + + M3 N In different
2 4
regimes of discharges As the pressure increases from Oil to 6 torr (voltage 800 v,
current density 3 ma/cmz) the overall ion current decreases and the amount of atomic
:I- nitrogen increases from, 18. to: 25% owing to molecular ni.trogqn, although the proport-
of atomic nitrogen decreases with respect to nitrogen K.' (see.FIS. I of the 3n-
2
closure). As Fig., 1,b of 'the 4closure shows, in the presence of r a. pressure of I torr
and current density of 3,ma/cm the amount of atomic' nitrogen sharply increases
(from ii to zn) whaft discharge voltage rises from 400 to 1000 v. The overall
iou.curren tralao rincreases',. and, hencerthe percentage of,atomic nitrogen sharply in-
creaeiia4'There Ls,' hoviver9r no further appreciable Luc rease In the reentage of
~stomic.nitrogeIa vh2n the current density to increases abov*3 me/car Hance it ap-
that 3_m&/cm4.is to. be regarded as the optius~'currtnt densitie OcLg* art6 has:
Peara
If igUre.
A.SSOCZ&TICO kjkg`~jn. BajMj4".
SUSKITM*.,
aus
CMt, *I, IM
W RW S0Vj
7.
Z T~-!~_,
p
2/j

-.ACC AP5025602 MCLOSURES 01
Fig. I .Ratio betwelp Lou currents (u 800 V;
w
3 ma/cca-9; p - 1. torr):
L

WE
SOURCE CODE:
AUTHOR: Hikhaylov, is AS; PolyqkOva, A- A4 Khm"llnitskiy, R. A.; Loktionova, re, L.~
Medvedev
ORG: 'VNII Nr
TITLE1_--HYff*5-carbon comiosition of dearomatized liquid paraffins
SOURCE: Xhimiya,i tekh logiya topliv i masels no, 8, 1965# 8-12
TOPIC TAGS: hydrocarboEtaromatic hydrocarbonp petroleum refiningp petrochemistry
ABSTRACT: 'the *vhvca n composition 6f hijhly dearomaiize*d liquid para-
ffins of different fractional compositions was investigated. It was shown
that they consist of paraffin hydrocarbons of normal and branched structurop
naphthenes andaromatic hydrocarbons - In marketed samples of
(paraffins o scow Piatroleum Ref iner;~
f the Mo nthe content of normal paraffin
!hydrocarbons was 95%, paraffin bydrocarbon~ of branched structure 3-4%,
e~ !naphthene hydrocarbons up to 1%, and aromatic hydrocarbons not-more than
:0.5%. Formal paraffin bydrocarbons were represented by compounds with from
14 to 22 carton atoms per molecules iooparaffin hydrocarbons - from 17 to
~24j. and naphthene - from 14 to 16 carbonatoms. Marketed paraffins of the
GroznYY Petroleum-Oil Plant are characterized by a reduced content of normal-
istructure paraffin hydrocarbons (90% and lower) tuid a high content of isopara-l'
_ffin_.Wr~pcarb na (from,S to 17%)& Distribution of normal-structure pa
_qi - . - __ Tak;p i ,
oY 'number' 'of carbon atoms in the molecule was the same as
hydrocarbons in terms
in paraffins from sulfur-containing 4troloum stocksk~but in a different quantitative
~ratio. Origo art. bast -3 figures and 3 tables. LJPRS1
SUB CODE: 11, 07 SUBM DATE. none
Card 1A k UDC.- 665#41:553-98

a
I. B.
5/06 62/00/006/019/027
10 3186
D 2Y
AUTHORSs G. T. and M. R.
TITLEo "auohn:y: konferentaiya Moskovskogo inshenerLo-fistoheakogo
Instit t (Scientific Conference of the Moscow Engineering
Physics Institate) 1962
PERIODICALi Atomnsya enerdlya, v. 13, no- 6, 1962, 603 - 606
TEXTi The annual conference took place In May 1962 with more than 400
delegates participating. A review is given of theme lectures that are
assumed to be of interest for the readers of Atomnays suarglya. They are
followingg L, 1. Loypunakly, future of fast resatoral &, A. Vasillyevg
design of accelerators for euperhigh enersise'l 1. ft. Pomeranobuk,
analytioity, unitarity, and asymptotio behavior of strong interactions at
high energisel A. D. Migdal, phenomenological theory for the many-body
probloul Yu. D. Fiveyakiy, deceleration of mediuni-*aargy antiprotons in
aatterl Yuo W. ogan, Va. A. joellevskly, theory at the Massbauer off*otj
M. 1. 17assnovo theory of ionisation losses in SOVAGGOSOO*OUS sediual
Yu. B. Ivenovg A. A. Rukhadso, h-f conduativitj of euboritloal. plasmaj
Card 1/4

:/089J62/013/006/019/027
Rauohnays konferentoiya... iv/BW
Vo Platnevq Fo M, SPOWSkOV, A, M, Stalov, supply of synchrotron sleatro-
Magnotal 0. Lo Saksaganskiyq V. Y&. Moineyev, flanged separable hast-r*.
sistant junctions f t-diasetorl Do 0. Klinov, A. So Vayradyan,
V. F. Yovesy V, Do Mikhoyloyl 1. No Afonskiy, B. No Belov, To. 1, Kea*-
nov# B. 1. 3. A. Shobukint optical principles to
computer engineering toohniquel R. 3. Nakhaanaon,*I. No Roysin,
M. So MostovIyanakly, Yu. A. Volkov, electronlool To. L. Salim, transmitter
for alectronagnet:j flow-motor, V. No Ovoyankin# To No Plushnikov, applica-
Sion of varloondea for transforming d.o. into a.*.
Card.4/4

i, -'L,0093846 1JP(C),` A"-.."
-ACCiS9i6t6M:'AP5019731 4
0229
;,r.-:1(M/0379/65/G0:VQ02/ /02 1
44
OV.
AUTHOR:.
K6 6y, S.
FY
TITLE-.' Calcidatibnof kinetic coefficients for'Ceirtaln oronic semiconductors
SOURC&I-Te&eAl6heskayri eksorixnentalfna~a lmtya,.v.-L-'rA0 2. 106t*-- 26-241
kh
PIC, TAGS: organ gem 0 tor electron mobfilty,, anthraceae, naphthalene, electric',
0
T
conductivityo band theor
tar0
-A~titAibt., An approximate'solutlon to derived for the kinatis equation for semiconductors
tion batid - (axibb as as hthalene'6d anthiacene).4., On the is of this
-*ith'a narrow ocadub n n 'an bag
car i- edd 60effictents
:olutl Wn Mn were calMaMg T65"FoOnt-rMutidn of transfer proc-
SOCOMIntothe'r6laxation'time was taken Into account A nvancrical estimate of this contri-r
bution for the alectricifoonductivity shows that when transfer prWegses are considered,
once
:thb conductlvi~r: deoreasea L approximately 4 a factoroUtwo. The betnimrature depend
tal
I otitained a0ees, qualitatt, with thoexperimen data, which lead to a rels-'
the molA Ity Vely
tMer, consid tion, v y
tion, of the type A Using an a or
Mesoproxtmation
7

-L -0093 8-66,
ACCESSIONNR,. AP5019731''.

SIMPle forinuta- was obtained for the thermoomf:

buttlaelackpf experimental data o4the'temperalure dependence 6f,thethermoenif .jO
It is conclu
permit a comparison with the experiment. ded that the, kinetic equation to
.
cable when A~ 1 cm2/s9c. Orig. art. bas: 4 figures and 54, equations.
F
!
~!
ASSOCIAtION: Institut khtmicheakoy ftztld AN SM. Moscow (ins urde of Chemical 19
-AN. SSSR).
SUWJMPD- 260ct64. ENCL.-- 00 CODE: SS OC

'
A2
'001
OTHEM
00
NO REF SOV:
.,
'
I

CqdL!n

UVOWTU-)
L RH
,*c Nib GWR(X OMMI URj03W/6WWZWW6A93
AIA~ OF- -,LA AL.": !ALL~-!'-46 NgL--A--, Am ma~
I modimuduotors, approximtIong antweame
TOMOTA08a, organ o
ABSMQTt:. lifis, full." oonstant, lidaftetioreelitAftoe and Hall notion
pdua~ors are calculated on
or per a , A14p semlaoi
q. OIX02t
he baids r i6lutio, ~ of the'* I* a tion
I ion 'a W kinet qua
for-the.oage of-narroW sner xOnseg-derived:eirlier-by the authors
see -TERho N6A9':,19.659 p.229K. A.oomparison with the experiment
or.the-oase,of phthalooyanine lndidat~ss-that the scheme developed,
~Is in satisfacto'ry,'agreement with.the,experimental datas Certain
vaiuss for'anthraoefte pyrene i -: frie'-phthalcoymine j- -- and copper
phthaloo;VanIft,6 ' are - presented In a ~ table s soiw , oC which were taken
the, IIt6ratur4;'vhIle others were derived4rop the otpeent
f In the --wa his
BID OM34 M2: f. OTH RIW 1, 00
A

SOV/1 24- 57- 3-2955
Translation from: Referativnyy zhurnal. Mekhanika, 1957, Nr 3, p 45 (USSR)
AUTHOR: -Mikhaylov, I. E.
TITLE: The Effect of the Gross-sectional Shape of a Volute Turbine Chamber
on the Efficiency of the Turbine, and the Selection of the Design Con-
dition for the Volute (Vliyaniye formy poperechnogo secheniva
turbinnoy spirallnoy kamery na k. p. d. turbiny i vybor usloviya
rascheta spirali)
PERIODICAL: Tr. Moak. inzh-stroit. in-ta, 1956, Nr 16, pp 55-71
ABSTRACT: Bibliographic entry
Card I /I

ACCESSION NR: AP4009078 S/0016/64/000/001/0112/0119
AUTHOR: Mikhayloy, 1. F.; Pers.
TITLE: Isolation of antibodies from the antigen-antibody complex with the aid of
ultrasound 0
SOURCE: Zhurnal mlkrobiologil..epidemiologif I Immuno0lologil, no. 1, 1964, 112-
119
TOPIC TAGS: antibody production, immunology, antigen-antibody complex dissocia-
tion, ultrasound, dysentery antibody, diphtheria antibody. tularemia antibody,
corpuscular antigen, fluorescent antibody 0
ABSTRACT: In an attempt to Improve upon existing techniques for the preparation
of purified antibodies, which are needed for many immunological reactions, the
authors studied the dissociation by ultrasound of the antigen-antibody complexes
formed by specific adsorption of Immune sera against Flexner dysentery bacilli.
diphtheria bacilli and tularemia with the homologous bacteria. The complexes were
suspended In saline and subjected to ultrasound from an RFT generator for 45
minutes at an intensity of 5 watts/cm2 and a frequency of 800 kilocycles/second,
after which the purity of the aitibodles In the eluate was determiaed. A 15-20%
yield of pure antibody could be obtained. freed of all heterologous antibodies and
Card 1/2

ACCESSION NR: AP4009078
serum albumin. There were no contaminating antigens from the adsorbing bacteria.
Electrophoresis showed that the eluted antibodies were globulins (50% alpha, 21.5%
beta and 28.5% gamma). Their specificity was confirmed by positive agglutination
reactions with homologous bacteria, negative reactions with haterologous micro-
organisms, and by direct and Indirect fluorescent antibody techniques. OrIg. art.
has: 3 tables.
ASSOCIATION: Moskovskly institut vaktsin I sy*vorotok Im. Machnikova (institute
for vaccines and sera, Moscow)
SUBMITTED: 23Feb63 DATE ACQ: 03Feb64 ENCL: 00
SUB CODE: AM No REF SOV: 002 OTHER: 010
.d 2/2
C,w

WeHa~ov,x.r-- .
VMKIN, B.I.; MIKHAYWV, I.P.
Vlr,wn" ~1,1 ~~,! !". ~ ~.-. ;,
Kagnetic properties of metals at low temperatures. Part 2. Zffect
of a magnetic field on the magnetic susceptibility of zinc single
crystals in the temperature range from 20.4's to 3000 K. Zhur.sksp.
i teor.fiz. 24 no.3:342-346 Mr 153. (NTAA 7:10)
(Zinc--Kagnatic properties) (Ketallography)

KEKHAYWV, lo Fel IMITREHIM) 14, Mo. LAZAREV.~ B. Go, VERKIN, So I., (Kharkov)
JIMagnetic Proyer*Aea of Non-Ferromagnetic Metals at Lov Tempercitures," a
paper presented at the International Conference on PbQraics or magentic Phenomena,
Sverdlovsk, 23-31 MOY 56.

24(0) SOV/89-7-2-3/2~
AUTHORS: Borovik, Ye. S., Lazarev, B. G., Mikhaylov, I. F.
TITLE: ), Hydrogen Condensation Pump With a Built-in Liquifier (Vcd=odnyy
kondensatsionnyy nasos s avtonomnym ozhizhitelem)
PERIODICAL: Jktomnaya energiya, 1959, Vol 7, Nr 2, pp 117 - 121 (JSSR)
ABSTRACT: Most drawbacks of the pump described in reference I are elimi-
nated in the newly developed pump by the f&.t that the hydrogen
is liquified directly in the pump. Two sectional views show
the components and the construction of the pump as well as give,
to a certain extent, description of the components and their
functions. The liquifier is in connection with the compressor
(10 m3/h), but can also be attached to a 17 m3/h compressor be-
cause it has sufficient cooling surface. The operational capacity
of the pump was tested with an iron container of/\) 1.5 m3 con-
tent. As the container had a number of flanges and threaded pipe
connections, special inside cleaning was impossible and due to
this fact a vacuum of only 5 10-8 mm Hg was achieved. The ouction
rate of the pump was experimentally determined to be 37 103 1 ' /sec
Card 1/3 in the 10-7 _ 10-5 pressare range, and it 7as also established

A Hydrogen Condensation Pump Witn a Built-in Liquifier SUV/8'1-7-2--,,/24
that this rate as independent of the pres.9are. A separate
test established that the pump functions even if there is a
considerable formation of gas in the vessel to bi, evacuated and
if there is a considerable amount of dirt on the cooling sarface
By inserting a water cooled shutter between the recipient and
the pump the saction rate was decreased to 17.105 I/sec and even
under these conditions t the evaporation of Iron for example,
a vacuum of I - 1.5,10-t mm Hg was achieved. There are diagrams
showing the dependency of hydrogen consumption in case of strong
secondary gas formation and the dependency of the liquifier's
capacity on t-e pressure and the thermal stress respectively
The maximum capacity of the liquifier is ftj 4 1 of liquid
hydrogen/h at 60 atm. Calculating this data for a 10 m3/h-
compressor, it means 2 5 lit/h. The maximum evaporation of the
whole installation is v 21/h. The aggregates of the pump consume
~j 13 kw at a pumping efficiency of 37 103 I/sec, inclading the
electric energy needed for liquifying the nitrogen In the liqul-
fier. When the energy consumed for producing the nitrogen needed
for cooling the main cock is also considered, the total con-
sumption is ^~17 kw. An oil diffusion pump of the same capacity
Card 2/5 has a higher energy consumption- B. P. Batrakov and V I Sharonov

A Hydrogen Condensation Pump With a Built-in Liquifier SOV/89-7-2-5/24
participated inaiMing out t-te measurements. There are 6
figures and 2 Soviet references.
SUBMITTED: February 13, 1959
Card 3/3

1 11 .
S/1-6/t,0/009/0~,/021/0%)
00 E lk~E
AUTHORS: Mikhaylov, I.F., Kogan, V.S. anh __ W? N.-A.
TITLE: The Reasons for the Brittleness of TunZ_!j_ten,'~AniP_,3i ,,I
in Vacuum
PERIODICAL: Fizika metallov i metallovedeniye, 1960, Vol -). Nr 2,
pp 283 - 287 (USSR)
ABSTRACT: The apparatus used in the experiment is shown lit
Figure 1. A high vacuum was obtained by usingr low-
temperature methods. The specimen (in the form of a
wire) was heated by passing an electric current through
it. Annealing was carried out for one hour at tempera-
tures of 1 000 to 3 200 0C. From 1 000 to 1 200 oc a
surface film of oxide is forined and the mechanical
properties of annealed specimens in an ordinary or in a
11cold" vacuum are the same. Above 1 200 0C the oxide
film disappears. At 1 300 OC specimens annealed in a
'Scold" vacuum are plastic and those in an ordinary VaCUL1111
are brittle. The wire heated in a "cold" vacuum has a
considerably lower elastic limit than the original
specimen. The specimens annealed in 0a "cold" vacuum
Cardl/2 retain their plasticity up to 2 100 C~ It is )roposed
~K

S/126/60/009/02/Ozl/033
The Reasons for the Brittleness of TungsHeilil/RaNe,led in Vacuum
that the reason for the brittlenesb ol' samples anneale(i
in an ordinary vacuum is the formation of a layer of
tungsten carbide on the surface. This is confirmed by
X-ray analysis. Removiiig this layer by etching restores
the plastic properties. Above 2 100 0C the change in
plastic properties is due to recrystallization This has
been shown by X-ray analysis. Ackno-viedgments are
expressed to Professor Ye.S. Borovik for his Criticism
and useful comments.
There are 2 figures and .10 references, 3 of' which are
English, I German and 6 Soviet.
ASSOCIATION: Fiziko--tekhnicheskiy institut AN USSR (Physico--
SUBMITTED: technical Institute of the Ac.Sc., Ukrainian SSR
July 7, 1959
Card 2/2

20387
3/184/61/000/001/001/014
A104/AO29
AUTHORSt Borovik, Ye.S., Professor, Doctor of Physics and Mathematics
Mikhaylov, I.F., Engineer
TITLE- Automated Hydrogen Liquefaction Cycle Without Gas-Holder
PERIODICALs Khimicheskoye Maininestroyeniye, 1961, No. 1, pp. 1-2
TEXTz The increased use of liquid hydrogen and other liquid gases
for cooling large machinery (Refs 1-4) is discussed. In order to simpli-
fy the complicated maintenance of gas-holders, a closed cycle liquefao-
tion device without gas-holder and with automatic pressure adjustment of
the circulating gas was developed (Fig 1). The cycle was used to 3upply
the hydrogen liquefiar of a condensation pump at a rate of 4,104 1/sec
(Ref 2). The limit amount of liquid hydrogen is determined by the posi-
tion of the hydrogen outlet tube in the liquefier collector. Liquid
hydrogen collects up to a certain level, above which it is carried away
by the outgoing gas. Finally, the entire amount of gas can be pumped in-
to cylinders through a filter (7) and a valve (8). Both automatic valves
(6) and (11) are pneumatic; their performance is based on the deflection
of the membrane caused by varying pressures. The constant counterpressure
Card 1/6

20387
S/164/61/000/001/001/014
A104/AO29
Automated Hydrogen Liquefaction Cycle Without Gas-Holder
of valve (11) is insured by gas contained in the ballast container (9)
and of the valve (6) by atmospheric pressure. Fig 2 shows the design
of the ultimate pressure valve; its body consists of two parts (1) and
(5) divided by a 20 mm diameter rubber membrane (2). The valve ensures
the upper pressure limit to an accuracy o" 1 atm at a 200-atm maximum
pressure. Rubber membranes of 1 mm thickness withstand pressure drops of
300 atm. Fig 3 shows the design of the automatic gas supply valve con-
sisting of a short c linder (1), the ends of which are covered by two
rubber diaphragms (2~. The operating diameter of the diaphragms is 105mm
and the valve maintains a constant pressure to an accuracy of 0,002 atm.
High accuracy is essential in order to prevent air intake through the
pumping line of the compressor. A two-stage k8a(KV-D) air compressor of
lo m3/h capacity per operating pressure of 60 atm was used. High compres-
sion in the cylinder leads to intensified decomposition of lubricants,
which necessitates careful purification of high-pressure hydrogen before
entering the liquefier. Purification with the help of an adsorption fil-
ter and a freezer ensures continuous operation of the liquefier for six
Card 2/6

S/184/61/000/001/001/014
A104/A029
Automated Hydrogen Liquefaction Cycle Without Gas-Holder
months. Analysis of the operating gas after six months showed that the
content of oxygen does not exceed 0,0504, which freezes 4uickly. The
freezer is a counter-flow heat exchanger with its lower part immersed in
liquid nitrogen. The consumption of nitrogen for one compressor is 0-5 -
0.8 liter per minute. One compressor is sufficient in continuous opera-
tion, whereas two must be switched on prior to attaining the normal opera-
tion rate. During operation with two KVD compressors liquid hydrogen be-
6ins collecting after two hours. In steady conditions the throttle valve
rejuired no regulation. The liquefaction cycle of the installation con-
jists of: two KVD compressors, two 40-liter containers, one of them fill-
ed with hydrogen; a BH-2 (VN-2) forepump for pumping out nitrogen; and
purification devices as described above. The installation rejuires a
working area of 1.5 - 2 m2. There are 5 figures and 4 references: 2
Soviet, 2 English.
Card 3/6

BOROVIK, Ye.S.; MIKHAYWV, I.F.; KOSIK, N.A.
Hydrogen liquefiers with high-efficiency heat exchangers. Prib.
i tekh. eksp. 8 no.3tl65-168 My-Je 163. (MIRA 16:9)
1. Fiziko-tekhnicheakiy institut AN UkrSSR.
(Liquid hidrogen) (Heat exchangers)

7~7
7

r7

77
Jm
%
t4,;,
eik k6v-.

l;
ebolec

TD IN'-
'IML sula, MIMI,

jma~-
--WMW ~00

BOHOVIK, Ye. 3.i XiKHAYLOV, - ?., Kand. te-krin. na-Lj'K; K',X;T?~, .';~ :nzr-..
a I cula t L on of tne rip at ~ix -tLa nee r-.,3 of i -I uefy! ng --a '--.n-~ .- zv.
( 1~1 - .- "I. I
vys . lj~,npb. zav. ; enerp-. " no. ' , : ~ I F- ~ 2t~ "'1 1-,4 . I ;,I
- o F i ziko-- tek~mic he,, ~ 1 y i ns t i Lut AN I!k-rSSK. 2. "~' ., i ~,. i~r. *,
A', IJkrS:;H I f (-)r Bo rov .' ?~ ; .

y rogpm,!~., e um
044:1, clul 9
-A -.wle son
I-V -pre
Utria. .-.bydrt 10 co-- beat
trans
ldar6d
a.. g4t,~Oxi~ a .-dotibloung of pipur of d Oro to
tat$*
togethie at' -tue'. -thetmal:. ~Ontadt,- and-.00 !16 roe ow,
be. used -eviswin'rolativoij
larp
'I queftiat n-kmchlft*i~`,-,~
of d'ounterf ov 6bange.ro
~l queftere..
q.,
W

FR

tj

PAVLOVSKIY, Ye.N., akaderaik [derF.,ase-,I); :IilA1,',Y'-CVI ~.F.; "".B.
Reviews. Zhur. `=--~n. -'': nc.F:152-153 A
165, (,. I I ill A 18 : 1)
1. Direktor GosudarstvenriciLyo I~ontrollnogo inE:I.Ltu,~a ined"t.j.'nskikh
biologicheakikh preparfAtov irnoni ha (for MiklAylov',.
2. Zaveduyusbehaya laboratorlyey proparatov
Gosudarstvennugo kon,-,Lrotlnrp,,) 7~0ditoinnkl,'O, b-': )I ty,~(,heqki&h
preparatov imeni v a

vm-

77.
L -.383;-05'
M
AFF4,
ik-CC-ESMO
-,Xba
rkiv. -(P a
-SVB
--'007
IREF
2 1 LEI a
TM qu

I '
i. F. -- "Immunization Against Tijarpvda With Orally Adjainistered
Live I~jlaremia Vaccine (Under EXT,erjrenta- Conditicrs).11 Sub 12 Play "'2
Seccnd Morcow S+,ate Mec~cal InEt ineni I. *". Stali,~. -"cn 'or
the Degree of Candlcia-.( j r, '.jeCl 4cal -'ciericFE.)
51 : Vechernaya MoLkva Januax-,r-Decemt,er 19~,2

"Comparative Ey"uation of Bla=&th-Sulfite Neclia, for the Culti-
vation of Typhoid Fever BacilDis," by T. 0. T).Qshkpv-ich. T. F.
Mikhaylov, and A. L YaroslavlBev, Ailitary-Medical Academy imeai
S. M. Kirov, Zhurnal MiArouiologii, Epidemiolo6ii, i Immuno-
biologii, No 3, Mar 57, PP 78-81
Three media for the isolation of typhoid fever and paratyphoid
bacteria from polluted water are compared for their effectiveness: (a)
the original Wilson and B-air medium (1927); (b) the Minkevich medium
whioh liffers from the original by the addition of the culture medium
components to a meat-peptone agar and by its use in unboiled form. H
a medium prepared according to instructions by Ivanov, Ploskiryev, and
Bitkova, containing all the components in suspension form.
The media were studied in agar and bouillon form.
The authors' conclusions are that:
1. The bismuth-sulfit,. medium prepared according to the original
Instruction6of Wilson and B-LaJx and according to Hinkevich is soot effec-
tive.

2. Growing of the t"hoid fever bacilli on the binuth-sulfite
medium with limited access to oxygen gives the best sulfite reducing
reaction, accompanied by the appearance of a black coloration.
3. The bismuth sulfite formed as a result of the addition of bis-
ntuth citrate to the microbial mixture inhibits the respiration of intes-
tinal bacilli in the stage of pyrotartaric acid oxidation.
4. Changes in the concentration of SO ions in the medium cannot
be utilized in the diagnosis of typhoid bac?Ui, because a decrease in
the number of ions takes place due to both the growth of these microorgan-
ism and to that of B. coll. (U)

JASHKSVICH, I.C.. MIKHAYILV, I.F.
Preparation and testing of fluorescent 171Mune sere. Zhur.mIo---I1!n
epid. i i7oun. 28 no.6:66-73 Je 157. (PIRA V~ 1~-)
.4
1. Iz Vafedr biologicheak-oy khimit t mikrobiologti ioyennc- -34i'sir-
skoy alcademii imeni 6-M.Kirove.
mim SJUIUmL.
fluoroscent serums, preo. & stuly (Hus,'i

KIKHAILOV, I.F.
~evlew of Volune 32 of 'Arperience of Soviet nedicine in the Great
striotic War of 1941-1945.' Zhmr.mikrobiol.apid. i imsun. 28 mo.B:
135-138 Ag '57. (MIRA 11:2)
(WCRLD WAR, 1939-1945-KIDICAL AND SANITARY AFFAIRS)
(COXMICABIN DISBASES)

EXCERPTA XEDICA Sec 4 Vol 12/11 Med. Micro. Nov 59
3559. THE POSSIBIUTY OF EINIPLONING I'LLORESCEINT SERUMS IN
BACTERIOLOGICAL DIAGNOSIS OF PATHOGENIC MICROORGANIS'MS OF
THE INTESTINAL GROUP - %likha,lov I F and Li -h - ZH
MIKROB. EPID. I IMMUNOBIOL. 1058.12 (10-14) 'rables 2 Illus 9
Antityphoid and antidysenteric y-globulin was ob(aint,d from rabbits. Cinjugationfi
were made according to Coons with lsocyanate of fluorescein. Conjugate of anti-
typhoid Y-globulln contained 5.51&g. of fluorescein n I nig. of protein and anti-
body titre was 1: 1600. Conjugate of antidysenteric y-globulin contained 3 7 /Ag. of
fluorescein in I mg. (A protein and antibody titre was 1: 2800. Luminescent micro-
scopy employing specific fluorescent sera is a quick diagnostic procedure
TaralAlk -
41,

M-IZHAT~U.- IYr
Possibility of using the fluorescent sern ~.nethnd. Zhur. mlk'ro~iol. epid.
i imoun. 29 no.8:122-1~6 Ag 158. (mLrm 11:10)
. ( IMMM13 Swim,
labeled by fluorescent substances, review (RUB))
(FITTORX.%CZ11CII.
labeled immme se-s., review (Rua))
V.

r,
MIKHATWV. 1.F.; Ll LI
Detection of Vibrio come in objects in the external environment
with the aid of fluorescence sera. Zhur.alirrobiol.epidA immun.
30 no.807-34 Ag '59. (KIRA 12:11)
(TIBRIO)
(IMMUNE SMMS)

ROGOZIN, I.I.; MIEUTLOV, I.FA---
Achievements in epidemiology in the Chinese People's Republic. ZhtLr.
mikrobiol.epid.i immm. 30 no-10:3-8 0 '59. (MIRA 13:2)
1. 1z Voyanno-meditainakoy ordena Lenin& alcademii Iment Kirova.
(ICPIDIKMIOLOGT)

MIKHAYLOV, I.F.!k-LI Ll
Variations of the method of fluorescent sera. Zhur.mikrobiol.
epid. i immu4s 31 no.3:9-13 Mr, 060. (MIRA 14:6)
(SERUM) (FIZORESCEIN) (STAINS AND STAINING (MICROSCOPY))

SINITSKIY, A.A.; DIYANCV, S.I.; MIKHAYLOV, I.F;j NIKITIN, V.M.; OSIFOVA, I.V.
Use of an indirect method for staining P. pestis with fluorescent
antibodies. Report No.l:Specificity of staining and morphological
characteristics of plague vaccine cells. Zhur.mikrobiol.epid.i
immun. 31 no.1105-39 N 160, (MIRA 14:6)
"4
1. Iz Vapbno-meditsinsko ordena Lenins, akademii imeni Kirova.
(PIAGUE) TVACCINES) (ANTIGEHS AIID ANTIBODIFS)

MIKHAYLOV., Ivan Fedoravich; DIYAKOV, Sergey IvanoTic~. Prinimali ucbasti-
yet JASHKE71M, 1.0.j YERMAKOV, N.V.; IVANOVA, M.T.; LI LI;
OSIPOVAp I.V.; KUWRGDAy G.H.; USPENSKIY, V.I.., red.; ZUYEVA,
N.K., tekhn. red.
[Fluotescence microscopy; app4cation in medical microbiology,]
Liuminestsentnaia mikroskopiJA; primenenie v meditsinskoi mikro-
biologii Moskva, Medgisp 1961. 222 p. (MIRI 15:1)
iFLUORESCENCE MICROSCOPY) (MICtLOBIOLOGI)