SCIENTIFIC ABSTRACT MELOUNOVA-HAUSLEROVA, O. - MELTSER, L. Z.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001033520002-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: June 21, 2000
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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'ack luf~g zhc dezzddAAI,*I p:
for'llpa qWrl- ill;-- nuritlailidb pvnxee-51 P, 1--d G. %

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CZECHOSWVAKWChemical Technology - Chemical Products and Their I-11
Application. Carbohydrates and Refinement.
Abs Jour : Ref ZtLur - Khimiya, Ito 1, 1958, 2785
Author : Favlas, P., Melounova-Hauslerova, 0.
Inst
Title Separation of Amino Acids in SugELr Products by the Method
of Electrophoresis and Proof of the Presence Therein of
Gamma-Amino-Butyric Acid and Ornithine.
Orig Pub Listy eukrovarn., 1957, 73, No 6, 131-135
Abstract By the method of electrophoresis amino acids have been se-
parated in purified sa -les of diffusion juice and heavy
sirup; two groups of neutral amino acids were then isola-
ted and concentrated, after which they were separated by
means of paper chromatography and electrophoresis. The
results are shown in the form of electrophoragrams. In
the group which is more rapidly deposited at the cathode
only g3mma-amino butyric acid was detected. In the
Card 1/2

%.ZWHOW_&AKIA/Chemica1 Technology. Chemical Products and Their
Application. Carbohydxates and Refinement. H-26
Abs Jour: Referat Zhur-Kbimiya, No 5, 1958., 15931.
Author Pavlas Petr., Melounova-Hauslerova Olffa
Inst
Title Amino Acids Involved in the Formation of Melanoids
Orig Pub: Listy ct)~n-j, 1957, 73, No 6, 177-182.
Abstract: From molasses of refining and sugar-manufaeturing plants
the melanoids wer;-_ separated and subjected to purification
and fractionation. 12 :rractims of the coloring substances
were analyzed for ash and nitrogen content and then subjec-
ted to acid and alkall hydrolysis. The hydrolysates were
an-glysed by chromtographic and electrophoretic methods.
It was ascertained that in the formwItion of the melanoiciB
of molaases take part aLl the amino acids that occur in
the juices and proteins of beets. Tha assumption is made
Card 1/,0

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CZ--CH03.-LCV-KI-. C?1-L-.~ic-l Tochnol~gy. Cnu,iic 1 -ucts H
n,i Th-ir
and Th,-;ir Procossing.
,.bs Jour: R---f-Ztur-K!-.i iy7k, 105q) :33003.
-:Iuthor : Pav'L-.s, P., 0.
Ins t : Not -,ivun.
Tit 1-o : Th.-, of tl-,-; --)uC,,,.r ii-A J)Ac-s
in th- Izi"Lustri,.l 3,.fsDn ~)f 1~57-56.
Orig Pub: List-,-r cukr:,v-rn., 1958, 74, No 8~ 17---l-;:',3.
.e~bstract: ThL, cli, su,~,ar b-ts -f 6.-"j su62r rc~-
fin-,;rius, an.-l -',iffuso~. syrtijo~3 of 49
sue~-.r rofin,3ri---s in Cz~,C~,-Sl-,V7-..-la, r~. sub-
mi 'U t . In lc,-37, the prawth of b-,,:.ts took
pl,~CO iq an, Supply :~f :I,'.'i3tur---. D-- -v-
orago *i-,:;i-r.'-t of th, ri-!c)t3 VP.-lS ~.; su 5 ar
cont--nt, (18.64-14.?7'1~0); pul-,, 4:.,�l-,,o;
Card 1/3

GZEGHOSLOV;,KT.ii. / Chomigal Tochnology. Cha-.iio--Il Products H
and Th6ir .,T)plic,-.tion. Carbohy~Iratcs
and Thoir Proci:;S3ing.
i~bs Jour: Rof Zhur-nimiYal No 9, 1959, 33006.
-Lbstract: solublo ashos, 0,511o, Diffusod Juic~s containA
an,incroasod numbjr of nitroguncus substancos
and a8hoad Tho avzjrago composition data aro!
(1) for diffusod juicos: dry substancos, 17.89%;
high quality, 90.43 units; nonsugars in 100 S.
of su ar, 10.56% (including ruducing substancos,
0.7771~-; total nitro4,~n, 0.5641%o; hariiful nitrogon,
0.27KII; ashos, 2.731/o) ; (2) for syrups, rospac-
tivoly: 59.34.1 93.?7 Units, 6.66%$ 0.114%,
0.378r,lo, 0.333cilo land 2.31%o. Tho cont--nts of dif-
f~~ront f~,ras of nitrogon in tho syrups woro sub-
mittod. The rosult of tho juico purification
constitutod 37%. Tho syrups lm--ro distinEuishad
by th--ir low alkanility (0.033% CaO) an~.. a largc;
Card 2/3

't 9 97269 S/077/61/006/005/004/Gr,4
24 S1,00 I- D051/D113
AUTHORSt Belinskaya,G.I.,and Melovatskiy,B.V.
TITLEt Determining the size of photographic pictures bP'means of
photometry
PERIODICALs Zhurnal nauchnoy i prikladnoy fotografii i kinematografii,
v. 6, no- 5, 1961, 371-376
TEXTt Considering the inexactness of visual measurement of phot3graphic
pictures by microscopes, comparators etc., the authors developed a photo-
metric method permitting a more accurate determination (approximately by 1
order) of the size of photographs of contrasty subjects. The method is
based on the use of so-called X -curves which illustrate the change in
blackening density in point 0 ~Abstracterts notes for explanation see below].
c
This change depends on the blac ening density of the photographic picture
under the assumption of symmetry of the function of the optical system CA
(X3 . Point 0 - in reality there are two points 0 which in the case of sym-
metry of the function have equal density levels - marks the intersection of
C ard 116

27169 S/07 61/006/005/004/004
Determining the size of photographic pictures ... D051YD113
the real and the ideal graph of blackening density distribution of a photo-
graphic picture. The ideal graph represents the blackening densities on the
edge of a photographic picture, assuming that the subject contrasts and the
blackening densities in the photograph correspond. Fig- 3 shows that, if
the blackening densities at 0 are known, the real size of the photographic
picture on the abscissacan be photometrically found. The ~V- curves of
Fig. 7, which show the dependence of the blackening density D 1 at point 0
on the blackening density of the photographic picture D (Fig. 6) hold for
pictures obtained on Kinonegativ AK (DK) films (curve 1) and Psachrnm
)(-800 (Kh-800) (curve 2). The films were developed with developer No
during 8 minutes at 20 00, the exposure having been carried out behind a KC-
-14 (KS-14) red light filter. The data for plotting these curves were ex-
perimentally obtained with a special installation (diagram in Fig. 8) which
is described in detail. The installation is a combination of an optical, a
photographic recording, and a measuring system, all parts being aligned
along the op44-ical axis. The relative aperture of the optical system can have
the values 1333, 1450, lsl20 in addition to those of the objective PO-2
(R0-2) when its internal iris diaphragm is stopped down. The interchange-
able diaphragm (3) is recorded on the film (7). The size of the optical
Card 2A
2-7269 S/077/61/'006/005/004/004
Determining the size of photographic pictures ... D05!/Dll3
image of the diaphragm (3) in the plane of the film is measured with a
microscope (10). The photographs of the diaphragm opening obtained were
pictures with different blackening densities (D - 0.2-2.6 above fog density)
and of different size B (0-2-8 mm, D - size of the diaphragm ening3).
Blackening density D 1 and size B were established using an W$ -4 (MF-4)
microphotometer. it was found that the blackening density D,, which eor-
responds to the real size of the picture, changes depending 6n the density
of the photograph in accordance with the X -curves of Fig- 7. This law was
verified for pictures G.2-8 mm in size. Evidently, it will also hold for
photographic pictures larger tndn 8 mm. The new method exaludes errors
arising from visual measurements due to unsharpness around the edges of the
photographic picture. After microphotometrically determining the blackening
density D of the photographic picture near the edge, the blackening density
DI through the corresponding Y -our70 Will also be found. Then, using the
maasuring drum of the microphotometer, t9o consecutive readings will be made,
corresponding to D on the edges of the picture. The difference between
these readings is Iqual to the real size of the picture. There are 9 figures
Card 3/6

17269
S/077/61,/006/Oc 5/004/304
Determining the size of photographic pictures ... D051/D113
and 2 references3 1 Soviet and 1 non-Soviet-bloa. The reference tc, the
English language publication reads as follows3 R.L.Lamberts, G.C.Higgins,
R.N.Wolfep J.Opt.Soc.Ameri~-.a, 1958, 48, 467.
ASSOCIATION: Institut khimiahaskQy fiziki AN SSSR (Institute of Chemical
Physios of the AS USSR)
SUBMITTEDs July 26, 196o
Card 4/6

ROWK, U.N., inzhener; MMLOVTSOY', A.A., inzhener.
Welded and welded-cast staters for hvdraulic turbines naaufactured b7
the Kharkov (S.M.Kirev) Turbine Plant. Snergemashinestrodnio ne.6:20-
22 Je '56. (Hydraulic turbines) (MLRA 9:9)

IVLOVTSOV, A.A., inzho
azontal adiustab!E;--';)-;',-Jd - I -in tx--ffnes
Hof- 0 - ~_-
speed. EnergomashInastrot-nip, 11 nlL'..1.23--:r- Rx 165. (141RA 318z6)

- AN 00.5617 UR/O)il3/67/000/002/0057/0-05-7--7
ACC NRi (A~ SOURCE CODE:
ENVENTOR: Ostashchenko, A. V.; Melovtsov, A. A.; Goryayatav, V. P.; Lyashko, V. V.;
Fridman, L. I.; Rivlin, M. I.
MG: None
TITLE: An open-pole synchronous machine. Clans 21, No. 1901462
'OURCE: Izobreteniya, promyshlennyye ob-razt8y, tovarnyye znaki, no. 2, 1967, 57
J.
roPiC TAGS: electric generator, electric protection equipment, hydraulic equipment,
automatic control equipment
ABSTRACT: This Author's Certificate introduces: 1. An open-pole synchronous machine
e. g. a hydraulic generator, containing a device for anti-acceleration protection of
the rotor by disengagement from the shaft of the drive unit when the permissible rata-
tional. velocity is exceeded. Design is simplified by making this device in the form
3f a system of hydraulic cylinders located around the circumference of the rotor shaft
and rigidly connected to it. The cylinder rods are linked to the rotor under operating~
conditions and serve as disengaging elements. Bearings are used for coupling the rotor
to the shaft. 2. A modification of this machine in which a slide valve with an elec-
tromagnetic drive is used for controlling the hydraulic cylinders. The pulse which
operates this drive is fed from a speed relay.
1/2 uDc: 621.313-322.044.3-783.5

ACC NR, AP7005617
~1-rotor; 2-rotor shaft; 3-hydraulic cylinders; 4-cylinder rods; 5-bearings
SUB CODE: 09/ SUBM DATE: 2lDec63

S/137/62/000/003/060/191
f,006/A 1 ()1
'u-,
G,--gn.,,yan, G~`iT,4--yan, 1,11.
TT-- ;-c- ar p- n ~r~a rav; 7-; ae ri a' s Y tft e e I e,2 t r o -
Referati-myy 3.-'' :j,-g iya, n - '~-)62, 4!-1, abstract 3G-075
no. 7,
T-EXT ?-esults are jiv,-~n frc,-!-i Pxperiment:3 concerning the
pre-.~~Lrazion of Fe r)o,.-,,der concentrated Razdan ore by three different variants
e'ectrochemical rilethod. Th- with a dissoluble steel anode was
to be most proiqlslln,-. F(jr the final ze-lection of a method to obtain Fe-
it -F, suppr,~-,ed to carry out :nvestigalions on d1rect r~,duction of Fe-con-
centrates by synthetic 6az
A. Epik
r
LAbstracturls nute. Complete tran3lat!on)
Ca:-d 1/3.

WWYAN, R., inzh.
~;-.am.j~rm4 "
Producing irom powder from- :pickling . I- I
ja 164. ( ~-q R~ 11 ^7: -~ )
1. Yerevanskiy i,-:etiznyy zavod,

MELOYANY S., inzhener-tekhnolog
Mullite will be replaced by "bakor." Prom.Arw-. 4 n,0.6:
41-42 Je 161. (MIRA 14:8)
1. Yerevanskiy mullitovo-steklotarnyy zavod.
t (3riva4A*--Refractory materials)

MELOYAN, S., inzhener-teklinolog
Electrically smelted refractories and the ItArme~' (Bakor-33) re-
fractory for glass furnaces. PrcmArm. 5 no.6:44-45 Je 162.
(MIRA 15:7)
1. Yerevanskiy mullitovo-steklotarnyy zavod.
(Armenia-Refractory materials)

3/13 61/000/012/001/002
B105YB101
AUTHOR% Meloyan, S. S.
TITLE: New -molten refractory products for glass furnaces
PE'-IODICAL: Ogneupory, no. 12, 1q61, 558 - 560
TEXT: The production and development of molten refractory products is
described. In 1948 N. V. Solomin, A. A. Litvakovskly, and N. M. Galdina
found that addition of zirconium dioxide, reduction of fluxes, and
partial substitution of bauxites by industrial alumina and kaolin in-
creased the resistivity against the glass melt. From 1948 to 1950 the
Yerevanskiy mullitovo-steklotarnyy zavod (Yerevan Mullite Glass Con-
tainer Plant) manufactured molten refractory mullite products with
additions of zirconic concentrate (ZrSiO4). Since 1951 the Laooratoriya
ogneuporov Gosudarstvennogo instituta stekla (Laboratory of Refractory
Products of the State Institute of Glass) jointly with the Yerevan Mullite
Glass Container Plant has made experiments with alumina, kaolin, and
zirconic concentrate as charge components. These refractory materials
are called baddeleyite corundum or Bakor in short, as their crystalline
Card 1/3

!,.'ew molten refractory products... B105/B101
phases represent baddeleyite (ZrO 2) and corundum (a-Al 20 Since 191~n
the plant has produced Bakor on an industrial scale, The service life of
Bakor in glass furnaces is 20-50 months at 1480-15000C. Jointly with the
Institute of Glass, experiments were made for the production of Bakor-3~,
which contains about 3Y/o? ZrO 2) 5T,'. A120,, and 12-lyl"~ Sio 2' Industi-ial
alumira. zircon free from iron, and industrial zirconium dioxide were
used as charge components, Additions: marble dust and 0 calcined soda.
Bakor-33 is molten at 1900-20000C and cast at 1800-1820 C- Heat treat-
3
ment takes 8-10 days. Its specific gravity is 3.6 - 3~7 9/cm , the
3, the max' ent porosity 3',"
Weight of unit volume 3.3 - 3.6 g1cin imum appar
and the softening point at 2 kg/CM2 lies at 17400C. Analysis: 15,-M4
S10,; 49.76~of Al 0 ; O~j ,1% FeO 0.84% CaO; 0.11% TiO ; 1.92% alkalies;
2 3 2
2 2,,,,, Z r 02' By using Bakor-33 the glass melting temperature can be in-
creased from 1450 to 1600 0C and the aervice life of the t~laii~i furnaces
to 36-48 months, 1,1,ain sources of scrap (40'/") are cracks, largo shrinkage
cavities, and convexity of lateral faces, which is mainly caused by the
Oard 2/3

S/13 61/000/012/001/~~02
New molten refractory products ... B105XB101
imperfection of the production proceas.
ASSOCIATIO11: Yerevanskiy mullitovo-steklotarnyy zavod (Yerevan Mullite
Glas8 Container Plant)
Card 13/3

KXLISHITAN. Tyacheslav Yladimirovich
[Tula Province; an account of its economic geography] Tullskaia
oblast'; okonomiko-geografichaskii ochark. Tula, Tnllakoe
knizhnoe izd-vo. 1959. 237 P. (MIRA 13:6)
(Tula Province--Economic conditions)

. IIr-. .
. p I !I-
L-;OYU'Z(T',' , A.) Lt~klt-n. :.al;k; -
i, :-- - , -
D,--i9-o,,z-.-ant 0 l:.-1- -:5 -!. '-
. I i
I I ,. . . - I
Unitr-d Stateo. ~~Dc-'- . -" -'1' -7: )

KCROIZV, V,N,j inzho; TSIRKIN, M.Z., inzh.; LAVRUSHINA, N.S., inzh.;
KOUTCROVICH, L.M. p inzh.; GUWjW.. A.A. p inzh.; Prinimmal
uchastiye MELISKEYN, L,G,
Insulation of bar winding heads of the stators of hydragenerators and
turbogeneratorse Blektrotekhnika 36 no.8:16-18 Ag 165. (IMIRA 18:9)
1e Leningradakiy filial Vsesoyuznogo nauchno-issledovatellskogo In-
stituta elektromekhaniki (for Meilshteyn).

MnSHI, Doguslaw
- It :
tfEnvircirnental !'. ctor3 and jY K-- _5
I:-
Yosn,.,Ds Diologia I' I
Revieved by Doguslw, 1"elski. -L .10 . 2: ~:.,~) -,-. , I I I I ' ., v
I

0
MhISKI, -
tlFjioloTl of reprAuction in rubus " by (-',.J Dwerick. fteviewi~~,~ -,-/
Bei,,uslaw ;elsid ,Kosmor~ Bir)Loi~ia 11 no.2:212 1 62
1. Zaklad Botanik, Szkola Glowna, Gospodastwa 'Aejskiego, Warszawa

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e Into waler-nol. product, Wh,n
111 with VI At li;dk 70" file (I hr, V in hythinlyied And
-IV
reacti,00
Sulfoustl
t IIII(I-Itated to give DMII and CmILOU11,111, th, 141lef
so .
.
ca a
bettlam-
lode and IN
Mcf-leva
N
(;
Ck I-AAted frown the sulforiation mint. as the 02 s.2111 To
60
.
.
.
em.
em
9
28 prevent hydrolynii V is sutfonated with 111% ol,u", at
' .
,
14mraplifirme 11) with
14 ~) i ((W 24 fit%. 1.1 51
ve pir"Untably
'
1 -00

00 .
n "Nil -
"I'l6nult'd it' WO he% at 211' and in 0 hrn. at IN)'. 23.
".I.I.Irnt".0
will& tile Nnupd~ obiaincO bv Driewon-i And M--
_0*
Iacid. , "Hitc. up, to "`~ oh-on, (?Q'-V1% SA N)) are
-
1
0
fi
y
A 1 C A 16, 1:11 l. With NatIll at ~'Ntl ;1:.N)' hq :PP nin
00
-
11
l,(
-
Y
favc At temptl. below INI'. I with 'It.""
' VU gbms .-naphthol, na. 05'. VI. SuLfouittlom of 1
2- -
so i4curn f~nr Lt hr%. at '21P gives. after removiii of untreacte
d .
betimAthraquinane. 1. S. lotTe and F. Nt . Kailinn 4AVA so

of 1.91"ixt.contg Ml% in-berizanthronmilionic acid (n) and IN& 1124-7. Contrary to OfArlw f.f- $441, '.~I' a
0 a-i-eincir MD. Wrid 'as the Yellow Ila nalt. fly (VOC 11111MI (VIII) It m- madd~ ".I
00
0 timal pin", of n ft'no . 44 water, With I atid ill% A"~ fonAlrd Iliall VIII *tilt VI Al -_'I' 11 "..'

00 II.S0. .1 100 70' l'tc 9 !!1' tile Ini'll .4 "llfimt' Avul. '111fintated after UN dAv, tali At lim" the olfmul.,ai .~
o0
-411alu. 11 And -41,11,
U ith 11111% lftma). 11V) prActically vinnidele in 0 bril, IV
34 well 2% weak :.! Z
1
04 1 utulcr the narin, modaittins, AllilrMaillc antis. 4 disulfonic .
intipletelv m1foriate VM at 2'0* in wvrtal hr~ VIII zoo
: acids air Obtained, al~ isoiared as the na, %.%1t%. -Me Ila
"
111
f b
h 11 mflfunzt~d at clevaiml temp. gi- 4 m.mottalforor and Ge
4
ill
4 o
And Ill (twin quinine salix. "1, 240-2- and
' FIX) whoine, Ila tall, brown. foirnina qusame tall, Ininan, it, a
Frnp. Ol'idit"I with %
&,Cr,(14 ill 30'(~q Ift!;Os both
'
and Ill &r 1-anthra
uinorte
b
Ii 118-25'. At Itm tempt. a mon-tiltnuic acul X) it
car
oxy
c acid. In. LNL-4
q
V Suffatutiou of -nalifith
l
be
11
I k
t obtained whome Ila Halt, vellow, give% a vellim qumme
e
Que. I S.
y
Y
,..fy~
_
"aum'ma
1121 .1 %all, in. OxidAtum tf IX (v X with K.Mnoj in
.
.
. -Cielf,
0111% Wl mk-li1v rra,-t, with 95C.
tVfs at-id win- given "t
"
, IN" which nial-t- that in lh~ ."If-t n "( VIII h.
emer, exclimvely Ill Ow 4i'le twnro nlwl~o' A

J John Le.ak

z:o 0
00

0 ~I. SL 0 -11FALLOMK.L. OtIN-11,4111 CL~SSIFfC.TIC. Ll
t T

11 It I 1 7 1 1 1 1
u

0 1 1 A &I I " . S. , " 0 3 2 T
'
"'

%
* 76
e 40 o 0 0

II
00 90 0 0 0
A
0 0 0 0 0 0 0 0 0 ft IS 0 0 0 0 0 0 0 IN 0 0 a rs
0 0 0 0 0 0 6 0 0 0 0 0 a 0 0 0 4 0 0 O

:-ELITEVA, IN.
USSR/Cher-astry - OrFanic CoriL)-)unds
Che.rdstz-j - Halogenation
v.,ay L.6
IlThe Action of Bro.,dne and Chlorine on a Glycol of the Diacetylene Series," Yu. Id.
Zallkind and N.N. ~IBllteva, Lah of Org Chem, Leningrad Technological Inst imeni-
Lensovet, la~
4 pp
IIZhur Ubshch Fhivi" Vol :CvI1I (LULO, No 5
Studies the action of brorrdne and chlorine on 2, 5-diriiethyl-octa-3. 5-diene-2, 7-diol, which
produces a comples nLixture of nroduct5. ' "*iher, they are halogenized by a 10% alkali solution,
3, 4-dichlor and 3 4-dibrorri-5-keto-2, 5-dihydrof.xan is ohtained. SubrLittes 13 Sep 1)-147-
PA 8/L.9 T71

MEL 1 WVA, N. X.
USSR/Physics - Elastic Elongations of Polymers 11 May 52
"The Problem of -r-lastic Elongations (Yrranalone) of Polymers," &. I. 3;~r,-, D. M.
Spitkovskiy, N. N. 14el'teva, Tnst of Fier-Mol Comrds. Acad Sci USSR
"Dok Ak Nauk S9SR" Vol 84, No 2. PP 257-26o
Authors give resnlts of investigations of the magmitude of high-elastic elongations
of Polyvinyl Pcetates of various mol wts. Authors state that the purpose of the
investlgations~as to obtain the elasticity characteristics of a group of polymers by
way of detg the max value of inverse elongation, wh1ch, according tothem, was ln times
greater than theoretically possible. Anthorn conclude that subject phenomenon nan be
clarified by takinp into consideration the mutual Influence of interweaving mole not
ennsidered tih the kinetic theory of high elasticity. Submitted by Acad A. F. Toffe
19 Mar 52
231T96

USSR/Chemistry - Plastics Avg 52
"The Effect of Strain on the Vitrification Tempera-
ture of Polymers," E. I. Barg, N. N. Mellteva, and
D. M. Spitkovskiy, Inst of High-Mol Compds Acad
Sci USSR
"DAN SSSR" Vol 85, No 5, pp 1061-1064
The vitrification temp (the temp at which vitrified
plastic becomes viscoelastic) of polystyrene, poly-
vinyl acetate, and polyvinyl butyral was studied
with respect to its change at varying loads of
strain. It was found that there is a linear rela-
tionshi~ bet the vitrification temp and the strain.
SOmitted by Acad A. F. Ioffe 16 May 52. 239T20

-
~
F~ IN
4 Mg
_j,

7
"1 11
Bar and
LO
Mel'teva
D
2M
T k
.
.
. . .
o- y
of the rate of deforrmtiop at const. load,
at various tejups. of specimens of polyvinyl ale. (1) formu-
latcd vfth 10% glycerol, polyvinyl acetate, polyvinyl buty-
'
tta that -the mech. tx-
rd, po%-styrene, and pure I indicu
'
1MVIOr 0
1 C_ixn be explained- most; simply oa~ the assumption
L
h
I
l
i
h
f
Aa
l
r
h

A St at
a
e
mental
t
a
ong w
th t
w
= 'tM,
no,'
y a
-

8 1
mall or= bf cryst. ph=, m. 110-50%
tUro, there "Ist -
t
d
~

Vol. - 4 that
tretch-
nd on temp. and the tamporal conditions of s
ep
'

25v 1954. ing ftirc~
. I obtaintc! by acidic and Ok. hydrolysis of poly-
vi
d
l
t
l
M
l
l
h
I
Chomistry
taral an4
G t- -
n"ta
c was a
so exam
,
ix an
n
ilmig
ny
pa
line relation bt:twcen nite of defoimtttlort and temp., jhttv-
qr occurs at about W (T. for ibis polymer) a :Igzag curve-
which indicates- alternating acceleration and retardatl6a
of wretch, find only Lit 100-204 does the curve ly--come. hgalu
'
lit relaxation of dt-:
Sub3matiRily --traight und very steep.
fomiation I differu front itmorphom polymcrs lit that It hfts
reddual Mormution of IwArAy wheteas the afaorphotts
-due rc+
polymeri had z= residual deformation. Thii rui
MA eve
.4 n afw heating 'Q 150-60*6 I.e. near dwrug'-'
Wz

M,
Kusulapoff

ZZ11111

MELITEVA, N.N.; LAZAREV, Ye.N.; PAVLOVA, V.F.
Protein substances in cabbage. Report No.l: Amino acid acmposition
of protein substances. Izv.vys.ucheb.zav.; pishch.tekh. n'.1:
61-63 164. (MIRA 17:4)
1. Leningradskiy institut sovetskoy torgovIi, kafedra organicheskoy
khimii i kafedra prodovollstvennykh tovarov.

MELITEVA, N.N.; SHCHAGINA, L.V.; FREYMAN, A.A.
Protein substances in cabbage. Report No.21 DetermirLing the
functional groups of' proteins. Izv.vys.uaheb.z&v.; pishch.tokh.
no.1:63-65 164. (MIRA 17%4)
1. Leningradakiy Institut sovetskoy torgovli, ka-fedra organicheskoy
i fiziko-kolloidnoy khImii.

HSLITETA.U.N., RMICHMM, R.S.
Investigating the F-Termin.R1 groups of zein in the *Dpagestansluqa"
corn [with summary in English]. Blokhtniia 21 no,3:372-376 My-,T~ 158
(MIRA 11:8)
1. Kafedra kbimii Leningradskago instituta sovetakoy torgovli.
WIN)
(THREONINE)
(ASPARTIC AC M)
(GLUPAMIC ACID)

REZNICHMO. M.S., prof.. doktor khtm.nauk:j%~ITEVA, N.N., dots.. kand.khim.
nauk; POLOTliOVA. L.I.. dots., kand.biol. au-K--
Nature of N-terminal groups of the gliadin of wheat and zain of
corn. [Trudy] VIIIIZ no-35:85-103 158. (MIRA 11-10)
1. Laboratoriya kafedry khimli Lemingradskogo inatituta sovatskoy
torpevli.
. (Zmift) (Glindin) (Amino acids)

-tq~ITBVA. N.N.; RNMICHRIKO. H.S.
ff-terminal groups of oryzenin isolated from "Zeravehanil-a"
2586 rice. Biokhimiia 24 no-3:435-440 My-Je '59.
(14IRA 12:9)
1. Chair of Chemistry. the Soviet Trade Institute, Leningrad.
(ORYZEIIIN)

W&MITA-VA, 11.11.-
Method for simLltaneous determination of 11-terminal ffroups and
anino acid conposition of proteins. Biokhimiia 24 no.4:577-5811-
Ji-Ag 159. (141RA 12: 11)
1. Kafedra khimii Inatituta sovetskoy torgovlt in. Fr.Nngel'na,
LeningTad.
(PROTEINS chemistry)

~ELITEVAI_EIIL.I REMICHENK0, M.S.; TUKACHIIISKIY, S.Ye.; SHCHAGINA, L.V.
Study of terminal and middle amino groups in native and denatured
human serum albumin. Biokhimiis, 25 no.2:255-261 lfx,-Ap '60.
(MIRA 14'5)
1. Kafedra khimii Leningradskogo instituts. sovetskoy torgovli.
(BLOOD PROTEINS)

MELITEVA N.I. dotsent
I
Determining the amino acid composition and If-terminal groups
b5r the method of protein dinitrophenylation. Trudy VNIIZ
no.38:219-226 160. (MIRA 15212)
1. Leningradskiy institut. sovetskoy torgovli imeni F.Engel'sa.
(Amino acids) (Paper chromatography)

MELITEVA, N.N.
Determining the amino acid composition and &-terminal groups of
some proteiry3 in the Viner and Donetskii-650 barley varieties.
Blokhimiia, 26"no.3:483-488 M*Je 161. iMIRA 14:6)
1. Chair of Chemistry, Institute of Soviet Trade, Leningrad.
I (BARLEY) (AMINO ACIDS)

HELYAUV., N,
Organization of exterior systems under conditions existing
in the city of Chardzhou. Uch. zap. Turk. gos. un. no.22:
12-17 162.
Using waste water for growing agricultural crops. lbid.:53-56
(MIRA 18.11)

LAIIMTV, Ye.N., I/FL'7FVA, N,N,,, PAYDNA,
com-axison of ne,., vrlr:Le-~~e5
determination of &m-lno acids --.j
derivatives, Lab . de lo no - 8 -,4 t,-~ M: ~-A 1
1, Kafedra kchimii (zavedu),,,5K-i,-'.~ A.V t,~arkovll -h' a
kafedra prodovol I stvennykh tovar, - prof,
A,M.Malkov'; 'eningradskofzo Ins'Itu'l-a ;c.)vc-,'.skoy
im, F.Fngel,xa.

~.C-LTGT77fArj P. M. .Watec T,~)rh Set -- "TnvoriLignt-Ion of Q.-r- vor;fIrv, )rn-
cess of the reels of gvain-hanrertimg mr-claines cn incli-nes". V-~-,.-van, I-)" .
1,~ pp (Annanlan Xcrxic Inni., ChaIr of Au%-Ic Yp-chlnefj), cop~--)13
N

SOV/24-59-2-25/30
AUTHORS: Denisova, L. M. and '~.eVts, JMoscow)
TITLE: Gptimal Trajectory of Climbi-ng at a (_'~on2tant Velocity, De-
termined from the Fuel Consumption (0b opredelenii optimal'-
noy po raskhodu topliva tr ektorii nabora vysoty pri post-
oyannoy skorosti dvizheniyJa
PERIODICAL: Izvestiya Akademii nauk SSSR, Otde.'Ianiye tekbnicheskikh
nauk, EnerSetika i avtomatika, 1959, Nr 2, pp 141-143 (USSR)
ABSTRACT: The problem is considered in the pl&ne xoy where the
axis x is directed along the force of gravity. The force
of the aerodynamic resistance is expressed as Eq (1.1) (fig-
ure, p 142). In order to find the solution for v = constol
the pulling force P is expressed as Eq (2.1) where G -
weight of the moving object, 9 - angle between trajectory
0
and horizon. The weight of the object is found from E3 (2-3)
where G 0 - its initial weight. The expression (2.6 can
be derived for the conditions (2.4) and (2.5). The maximum
trajectory is determined by the mi-nimum. of the functional
(2.7), If c is known, then the function of height
x defined as Eq (3.1), can be considered. as a icnown
function of the heighl'-'. When the e uatioa of the extreme
trajectory is determined as Eq (5 ;43 , viien the functional
Card 1/2 (2.7) can be written as Eq (3. ) and Eq (2,6) as Eq (5.6).

SOV/24-59-2-25/30
Optimai Trajectory of Climbirag at a Constant Velocity, Determined
Frdm the Fuel Consumption
Thus, it can be slu-cwn that the ratio 6G/G0 increases with
an increase of v for a given c = c(x) . The solution in
this case can be shown as Eqs (3.?) and (3.8). A very sim-
plified equation for the ratio AG/G can be defined as
Eq (5.3) for the conditions (5.4), (5-5) aad (5.6) if it is
assumed that cq = const and the density is expressed as
Eq (5.1).
SUBMITTED: June 24, 1958.
Card 2/2

Mori
ACCESSICIF im: A#026948 5/0258/G~/004/001/0003/0009
AUMCBs Kalgtap I* Oe (Mosew)
TD: Optiml aerodynamic maneuvering for changes of orbital planes at
near-cirwAlar epee&
SCEM: Tnzb ierwj*y zhuracLl,, vo 4, noo 1, 1964, 3-9
TOPIC TAM: aerodynamic manewering, flight-path angle, lifting force,
lifting vehicle# orbital inclination
ABSTRACT: The variational problem for optimizing the velocity loss during
aerodynamic maneuvering at small flieht-path angles relative to the local
horizontal has been considered. The assunpticas used by H. S. Lcndcn
(Change of satelUte orbit plane by aerodynamic maneuvering, J. AeronautiP
cal Sciw, Ptiper, No. 61-5 new York,, 1961) concerning eAmtrifugai and iirt-
Ing forces are refterated, and the three-dimensicual equatioas of motion for
a lifting, vehicle as a point mass are vritteno This stuAy is concerned w
with the optimal laws controlling the angle of attack or Lift-to-drag coef-
ficient ratio k and the bank angle. It Is assuned that k is Imma, f#dta,
and a contlauaw fumation. The extremun problem is analyzed In three -steps:
Card 1/2.. . :

Acassiar m: Ap4oe6948
optimization condition vl/vo, = max (v-flight velocity) and uader the same
condition vith a given value for change Of Orbital inclination and a given
magnitude for Yos, Yl (Y-altitude above earth's surface). It is shown
that under equal atmosrheric regntrv and exit angles there exists for
Orbital changes during an Optimum flight regime a region at almost constant
angle of attack wd bank s,,=3 com sponding to a maximum in the magnituae
of k. Clooed-famm expressions are obtained for a general optimum I;rogrem
for the aerodynamic diaracteriatics as a function of the angle of attacko
-IThe author is grateful to L. H. Shkndov for discussing the vark."
Orig. art. has: 25 equatioas and 1 figure,
ASSOCIATICU: none
SUNIPM: IlVeb63 DATE ACQ: 15APra ENCL: 00
M C=t Al 110 MW Sovt 000 001
Cara P42

issledov-1-dy-o bitit-ov
(Iz ser-i rabot" i s s I au a a c
as ~a tov" SoobS -c-. 3). f ---3--
7
ra-7.vei =-TA, ';;ovaya 2-
SO: Lcto~.--is, 1:0. 3)-, 1*):.-~,-!.

MOLITSAIISKAYA. T.H.
c8 of the extraction of bitumen from rocka. VIIIGRI no.105:
107-124 '57. (MM 11:9)
(Bitumen) (Extraction Ohemietr7))

RIEL'TSANSKAYA, T._ j V. A. U~IIPENIIIKIY and N.
"Alp-tri te [Stone -ail, Alte red Paraf-ir~ , Flnd!~ I T. %rie -I'ra I, I ~es
Lake Baykal Area." p. 100
Geologicheakly abornik, 3, (Collection of Articles in Geology, Vol- 3),
Leningrad GCGtQPtekhizdat, 1958, 471-up. (Tnoy, vyp 126, Vsesoyuznyj- neftyanoy
naucbno-issledovatel'skiy geologurazzvededhnYy inztitut)

USPENSKIY, V,A,; RADCHENKO, O,A.; GLEBOVSKAYA., Ye.A.; SHISHKOVA, A.P.;
ICLITSANS!K~A~YAT~,; INDENBO14l F,B.; Frini-Ii uchastiye:
KOLOT L,F.p kbird ; CRAGINA, T.P.., tekhnik; BASKM, T.B.j,
laborant; VIKULIHA, M.N.., laborant; FOLOVIIDICVA, I.A., fizik;
PETROV, A.K., tekhnl-k; FOMMV, B.F., laborant; KHYMIYALYAYNIN,
L.B., laborant; KIXHKOV, B.N., laborant; RAGINA, G.M., vedushchiy
red.; SAFRONOVA, I.M.., tekhn.red.
(Basic processes of the transformation of bitumens in nature
and the problems of their classification! Osnovaye puti pre-
obrazovaniia bitumov v prirode i voprosy ikh klassifilmteii.
Leningrad., Gos.nauchno-tekhn.izd-vo ueft.i gorm-toplivnoi
lit-ry Leningr.otd-nie, 1961. 314 p. (Leningrad. Vsesoiuznyi
nauchno-isaledovateliskii geologorazvedochnyi institut. Trudy.,
no.185). OUR& 15--4)
(Bitumen-Geology)

USPENSKIY, V.A.; RADCHENKO, O.A.% GLEBOVSKAYA, Ye.A.; GORSKAYA, A.I.;
SHISFXOiA,, A.P.; AUARO~A, G.M.j KOLOTOVA, L-FL.=!MSANSXAU,_
T.N.; ITMUCIEV, S.G., red.
[Principles of the genetic classifio,,ation of bitumensj. Osnovy
geneticheskoi klassifikatsii bitumov. Leningrad, Nedra, 1964.
266 p. (Leningrad, Vsesoiuznyi neftianoi naychno-issledovatell-
skil geologorazvedochnyi institut. Trudy. no.230).
(MIRA 17:7)

~ELITSERJ B.S.i SMIRNOV, B.S.
Introducing r)rou~esalve mcth-,("s I.-,o -,he
Drilll,ng Office of the Petroleum and Gas Prospect~~!-,g Trust
of Poltava Province. Razved. i okh.nedr 31 no.4,53-54
Ap 1651. (MIRA 19-,l)
1. Mirgorodskaya kontora rqzvprI,)f-hrogo buren-,va.

KURKO, V.I., kand. tekhn. nauk; KELIMAN, L.F., inzh.-khimik;
MELITSER, F.R., inzh.-khimik; KULNETSOVA, A.A., laborant
CcmparatJve phenol characteristics of smoking preparations
and uncooked smoked sausage. Trudy VNI114P no.16.211-2120
(MIRA 18-11)

4&- 0 a OF -0 a -a-
,4
a
00
00
13
*t 'Fitts ot!~ Nut I
Ycddo - 00=0 d c4tito4fe PCOU(nd Itad yffemins,
Prd-R. 1%3. M. 1/1. 44-
441 -A tvvkW 44 thC IWAVUHA111" l%f YeAlt M.11 U14MV 14
11rotrule Atud vitArtlian, 110cethcr with is dex-fillOwl All k 00
so
00
to o
to 0
-64
itoo
1400
boo
b4%, V-lAV 1w
.."0, cc". ".
U AV 40 111; 1- T W-T ii 4 3 q
As, 1, a A, malts "Itts it"WAOR fka 4nd,
OT: 00 011106011100

PALAGINA, U.K.; KZLITSAR, IoA*, spetared.: VASIL'YEVA, G.H., red.; YAROT,
E.M., takhn.red.
[Purifying and clarifying molasses in clarifiers; work practices
of the Leningrad Yeast Plant] OchiBtka i o9vatlenie melasay na
klarifikatorakh; opyt raboty Leningradakogo drozhzhavogo zavod4w
Koskva, Pishchapromizdat, 1956. )0 p. (MIRA 12:5)
(Holasses) (Yeast)

MNLITSEY. I.A.
Use on exchange in the yeast industry for the improvement of
m9las-see_composition. Khleb. i kond. prom. 1 n0-3:21-24 Nr '57.
- W" 10:4)
1. Teasoyusnyy nauchno-isoledovatellskiy institut khlabopekarnoy pro-
myshlennosti.
(Molasses) (Ion -exchazzge) (Teast)

MKLITSER, I.A.
-um"ftWe"butitinuous method for the production of bakar's Yeast.
I.A. gelltsqr (from "Dia Branntweinwirtachaft," no. 12, 10/56).
Khleb. i kond. prom. 1 no.4:46-47 Ap '57. 09M 10:5)
(Czechoslovakia--Yeast)

KEL#TSKR I A .
Salt solutions for removing water from 7east cells (from 'Die
Brantweinwirtachaft,w no.15 1956). Xhleb.i kond.prom. 1 no.6:46-47
Je '57. (KLRA 10:8)
(Austria--Toast) (Salts)

T 2 / _/ /?/ _7 - rl-) ~
USSR/Chemical Technology - Chemical Products and Their 1-12
Application. Fermentation Industry.
Abs Jour : Ref Zhur - Khimiya, No 1, 1958, 2813
Author : Mel'tser, I.A., Kuramshin, Yu.N., Lozenko, M.F.
Inst
Title Results of the Growing of Yeast in Yeast-Growing Apparatus
Provided with Stationa y and Revolving Air-Distributing
Systems
Orig Pub Khlebopek. i konditersk. prom-st', 1957, No 7, 22-24
Abstract Accretion of yeast at different degrees of aeration in-
creases on.-increase of the air supply from 5 to 20 m3/
hour. Further increase of the aeration results in a
decrease of the yields of yeast.
Card 1/1

HELITSER, I.A. -, L,:-.,~~--7,
-44jL 4 . , 4
.."ONISIOlln -
Using ozonized water for the production of yeast. Xhleb.i kond.prom.
1 no.8:44 Ag '57. (KMA 10:8)
(yeast) (water)

Development of the yeast industry In the U.S.S.R. Khleb. I kond.
prom. 1 no.12:19-20 D '57. (KIRA 11:1)
1. Voesoy=nyy nauchno-isaledovatellskiy institut khlebopokarnoy
pronVahlennosti.
(Yeast)

tULITSP2, 1-t.
Internal oompoeltion ;'& the yeast cell (from "Dir- Bra-rdelt, '
4
nn.45/46 1955). Kh1ob. i kond. prom. 1 rio.12:41-42 D 157.
(Ynast ) (MIRA 11-1)

ITSKOVICH, U.S.; SHPIGELIGLYAS, A.S.; MELITSER, I.A.; KURAPSHIN, YU.N.
Apparatus of TsNIIMP-L-1-58 make for the inspection of baker's
yeast quality. Trudy T`SNIIKHF no.8:35-36 160, (KIRA 15:8)
(Yeast-Testing) (Bakers and bakeries-Equipment and supplies)

MLITSER ;--KURAISHIN, lu.N,,; Frinimali uchastlye: LOZEIJKO, M.F.;
CHULINA, Ye.F.; BELOVA, L.D.
New types of foam fire extinguishers for yeast plants. Trudy
TSNIIKHF no.8:169-172 160. OURA 15-8)
(Fire extinction-Chemical systems)

MWTSERt I.A.; LCZENKO,, M.F.; CHULIMA, Ye.P.; BELOVA, L.D.
Searching for more effective methods of anticorrosion coatiI49
of yeast growing apparatus. Trudy TSNIIMF no.8:172-174 160.
(HERA 15: 8)
(Protective coatings) (Fermentation-Apparatua and supplies)
I

X

A J-

flumer. al caldnall-ra an thp sptctrum of fucMiVaLm 'D!
'
-9~C
1
d f
7
pf
.
.
M- L. Kats an
itailn r 2
u
li
of t
L
41
11-L,
kk
t
M ~
1
-
mells
r, z
ew~,t
-
M
-;If. 1956, 1.1%t:, No
tri
Tile influence of laeat-Ereatmcnz on-the sp,-tni cf- mcal
levels ill -S-Ca was bnvc~dint,-d by tile
phosphorescen, Zj!
Method of thutuolum ~ilc-,ScEjlcz ciirvc5 11 th~ L,.tcnal 90--
a - 6 1 K Ill plifnPlinm calcilled M (spilukritc-

Dictrt tyric lattice) alld nclt6d at !)O'IZ;, 'titre libt;c~d ill
Iddn' to the lail-tt:i1j). 11trak. Altn.-)EL at tLe tcmp~ of liquid
d nea". at With lli,
rll-tt~tlp
C~dcillatkia
0
a
,
,
,
in w'da, W, ~-,td
2rd, slii~htj) pkci~:!. p=k fi -1 . -J,
~ervecl at As dic calc;aation temp. hierr2r.-IS
1w, ob
frarn 000 to 116,01c, the- Spectrun, Z; local lpveL, ~remq&,s -
-
-
,tal lulninosify ill'
ream
bat their no. and. tile ti

00.1-1 an
The total Tunnlno3ity of phosphari cNcited at r temp. d
th(;n quickly c,~Jd is lor wurUfte, !2nd 513hal-rite.
In the 1--t ci-~~ a I)eA- at 23&-K. mL ba nr~ticiad daring ther-
-the Ehizi Ft=k inrrcasc--~~uith

have unly a Slight dine; ulflikc the higil-remin.
far~m thty urc-~ LcUng the &raw, 6f .4,

-wilngtl ljrrr,~~ZeA; by V. V~ Antanov-Pcirmnov-
y tnelbt.-d
B
-
Odi (C.A., 41, 4WIs Uagu rdlc-1111103
'

f icicall
i~ Uxa have c ticl. th~
ba 477)); it - nu~
c!epth
Z-tinr- levels, correponding N The 2nd fi-~jk (if fh~rrari-
14
~

1
rxic3 Ir Y~l to P-Y
th~ inint'val 703 -IlrAYC, it itwt 0-1 0
tom! bumiIii.,,-Ity .1r.))r. 456-1-, 1 M The
grid th,
~Iixmtnnctnce s1waimi does the-teillp. Of.
h1lo~ZewsLa
$;_3
NN11
Z~.

1. IMTSOVSKIY. Prof. V. and I.ELITSER, L.
2. US3SR (600)
4. Refrigeration and Refrigerating Machinery
7. Refrigerating effect of an eddy piDe. Khol.tekh. 29 no. 4, 1952,
9. Monthly Lists of Russian Acce3sions Library of ConcXess, March 1953, Unclassified.

HELITSER, L.; AIMIM, Vo
The Philips gas refrigeration machine. Khol.teklh-32 no.4:31-37
O-D 155. (MIRA 9:4)
(Netherlands--Refrigeration and refrigerating machinery)

MARMOVSKIY, T., professor; MMLITSM, L.. dotsent
Degree of thermodynamic efficiency of heat-transfer and refrigerating
equipment. Khol.takh. 32 no.l.-42-44 Ja-Mr 155. (MLRA 8:7)
(Thermodynamics)

. I , , I I
I ~ 1.,~) ~ '.
FILIPPOV.P.; KSLITSM,L.; KIMS,B.
Using h. mrled pipes in a.,monia condensers. Khol.tekh.32 no.2;
42-44 Ap-Je '55. (KLRA 8:10)
(Condensers (Vapors and gasea))

MMYIIOVSKIY,V.. doktor takhaichaskikh nank. professor; KELITSER,L.,
kandidat takhnicheakikh naak
Temperature limits in the efficient use of compressed air refri-
gerators. Khol.tekh-32 no.2:50-53 Ap-Je 155. (14LRA 8:10)
(Refrigeration and refrigerating machinery)

Js
HELITM, L., kandidat takhnichaskikh nauk.
-1
Design of froon piston compressors. Khol.tekh.33 no-3:50-54
ji-S 156. (Compressors) (MIRA 9:10)

AUTHOR: Melltser, L., Candidate of Technical Sciences. 66-1-12/26
'2I-I'LE: Features of the regenerative cycle of a freon operated
machine. (Osoben-nosti regenerativnogo tsikla freonovoy
mashiny).
P.t2IODICAL: "Kholodillnaya Tekhnika" (Refrigeration EngineerinE),-
1957, No.1, PP.37-39 (U.S.S.R.)
ABSTRACT: The author has shown in earlier work (1,2) that in view
of that fact that refrigeration machinery operates with
oil circulation in the system, it is necessary to consider
in the calculations the effect of the solubility of freon
in oil. For improving the operation of the machines and
automatic control by instruments it is also necessary to
consider the features introduced as a result of the
circulating oil. A characteristic feature of the oil-
freon solution is an increase in the boiling temperature
at a constant pressure and increased oil concentration.
Application of a regenerative heat exchanger enables to
conserve a practically constant boiling temperature with
a reduced range of degassing in the evaporator without
reducing appreciably the useful cooling capacity of the
agent. Of particular interest is the influence of the
Card 1/3 oil on the specific cooling capacity qv of the oil-freon

Features of the regenerative cycle of a freon operated
machine. (Cont.) 66-1-12/26
mixture; the graph, Fig.1, shows the results of calcuLz)tJoLis
of q as a function of the mixture concentration and the
.v
final evaporation temperature for an initial boiling
temperature of -25 C and a condensation temperature of 30 C
and it can be seen that the in-fluence of the concentration
of the solution is very considerable in the case of sma11
over-heating in the evaporator. The possible degree of
regeneration depends on the oil concentration in the
freon in front of the regulator; even in the case of small
oil concentrations it is possible to materialise full
super-cooling of the liquid to the initj:al boiling
temperature. For an equal degree of super-cooling Df the
liquid the temperature of the steam flowing out of the
regenerator is lower than in the case of operation with
a pure cooling agent. For calculating this temperature it
is necessary to start off with the initial concentration of
the solution and the permissible maximum evaporation
temperature. It is necessary to consider the favourable
influence of regeneration on the operating characteristics
of the compressor and on the magnitude of the theoretical
Card 2/3 volume cooling capacity. The author recommends use of

Features of the regenerative cycle of a freon operated
meenine. (Cont.) 66-1-12/'26
,enerative heat excaam-e-e L" or Soviet m&chines 0", tfie
r e i:, I
ePAK -produced by Mekhanoloit.
j1here are three figures and 3 references, 2 of which are,
Slavic.
AVAILABLE:
3/3

U~3'3_'?/ 1-3 - _e_ ra IProtl-Ims. ',1ethodo1o-,1-Y. History. ScientificA
In-,-t-itutions and Conferences. Instruction.
,~,_,estiDns Concernin.7 Biblio-o-raphy and Scien-
tific Doc=,ent~.-,tion
Yef -~u-r-".,~';-i-iya, No 3, 10,z58, 6837
Y, V. ~haykovskiy, L.. _!,.1e1'tser,
Au t r A ~i tl~ i
Chuklin
C-lesca 'echnoic,Zical Institute of `.ood -in,!
-er_-ation Industries
Odes--la _-'ec'n.-clogical Institute of Food --ind
industries
tek',lnika, 1957, No 3, 32-34
Ab:3 c t _o t`ae 40~h --in-iversary of the Great October
A 7eneral review of tui-
tiGn and scientific activities.
Card 1/1
KMNMSOV, A.-. LMUIITSKIY, G.; MELITSER, L.
Operating 4-cylinder cowressor for double-stage comraosion.
Khol. takh. 35 no. 3:54-55 my-Je '58. (MIRA 11:7)
(compressors)

14(l)
AUTHORS: Zhadan, S,, Mel:tser, L.
sov/66-59-2-2)/31
TITLE- Adjustment of Capacity and Cold Production of a Compressor (Re u-
lirovaniye moshchnosti i kholodoproizvoditellnosti kompressora~
PERIODICAL- Kholodillnaya tekhnika, 1959, Nr 2, PP 76-76 (USSR)
ABSTRACT': The article refers to 2 foreign proposals: one aims at maintaining
constant capacity of the compressor at variable temperature of con-
densation (William L. McGrath), "Electrical Demand in AC Equipment",
"Refrigerating Engineering", 1957, Nr 2). In accordance with the
other proposal it appears to be possible to maintain constant either
the cold-producing capacity of the installation, or the power which
it consumes at a variable temperature of evaporation ( ,"Refrioeration
Capacity", "Modern Refrigeration", 1957, Nr B, p 542).
There are 2 praphs and I schematic diat~ram.
Card 1/1

iv) 66; L- R
14(1)
AUTHORS: M lits Candidate of rcc~mlcal Sciences, Karavanskiy, I_
-;n-glneer
I=, Investigaticn of the Ideal Cycle of the Philips Machine by ADTI-ying
Thermodynamics of the Variable Gas Q~k;a-ntity
PERIODICALz KIaolodil1naya tekhrika, 1959, Nr 5, PP 0-17 (USSR)
ABSTRACT- The high efficiency of the Philips machine attaining temperatures 3f
-80 to -1800C and its original c,Dnstruc-..Ior has attracted great
attention. The object of this article is tG pr-,pose a new method ~f
calculating the cycle af the gas regenerating machine of the Phillp6
type. The investigation ~f tne a,,,thar !=~ based on the ~termodyra-r.i
of variable gAq quantity, the prInzIpl-zsjf which were laid d,3wn '~y
M.A. Mamontov FRef 3 7 whose method of calculation not only perm!'.-n
to arrive at new results, but conveys also a more complete picturp
the processes taking place in -,he machine. This make-s it pcsSIb.-"
determine the true heat loads of the refrigerator, of the refrlgera-.Ing
head and of the regene-ator, which is not possible with any otte- kr-,~ar.
Card 1/3 methods of calculation, in particular those of Koller andYcrkers ani

SOV/66-59-5-3/35
Investigation of the Ideal Cycle of the Philips Machine by Applying Thermodynamics
of the Variable Gas Quantity
of Kodegone Z-Ref I and 22 which methods the author briefly describes
in the article. The author agrees with the conclusion at which Kodegone
arrives, excepting that it refers to one particular case only, while
the method proposed by the author permits to determine all values of
the heat loads of the regenerator, From the graphs shown in the article
it follows that for the cycle of the machine, taken as a basis for the
calculation, the most favorable value of-mlies between 2 and
being the ratio of the maximum working volume of the hot space t3 the
maximum working volume of the cold space.
There are 2 diagrams, 7 sets of graphs and 3 references, of which I is
English and 2 are Soviet.
ASSOCIATION; Odesskiy tekhnologicheskiy institut pishchevoy i kholodil'noy
Card 2/3

SOY/646 - 559 -5-3/351
Investigation of the Ideal Cycle of the Philips Machine by Applying Thermodynamics
of the Variable Gas Quantity
promyshlennosti (Odessa Technological Institute of Food and Refrig-
eration Industries).
Card 313

Akadealya nauk SSSR, Institut &vtomattki I tolemekhanikI
Avtoaa tika I telemekhanika; abornik (Autom.-Ion _d T.I..a.hanlca;
Callao tion af Articles) Mos~ow' 1958.144 P.5,000 copies
printed
Ya 2. Taypkin; Ed. of PublianIng House: V.A- KOtov;
1148p. Zd.
~4
?eon.IEN. Guaeva
MRMEa This collection of articles Is Intapdod for specialist&
to au tonat ion andremote con-mi.

ok contalne fifteen papers pre3anted At the rourtu
COYMUGEt Th
bo
and CIM is tlfl~ and technical cor.Ccroncee, hold In 1955
:c
n
and 1956,by junlor members of the staff of the Insititut -- .
I tolonakhaniki (Institute of Automa-I n and Talamezhanic4),
-as, - hdl-_
Aaa4emy of S*Len, USSR. -na p,; - are b-I on the I C_ !
vidual researoh of their authors. The collection consists of
five parts: Automatic Control, Components of Autcusatic and
Reac' to control Systems, Automated Ele-tri: Drive, Automatic
Checking* and Remote Control.
Machinical Tr4nalani Processes of
a Synchronous
~
11
oquan cy Control
74
The author investigate& the qualitative and quantitative
Characteristics Of bechani.al transients In synchronous motor.
'I tj' frequancy control for conditions Of starting, braking
and
speed regulation. In analyzing the processes
Of Itart1h,
.
sYn bronous motors by means of changing
the frequency of the
a
-0 sappiy from zero, the pmcos& or starting at r,adua.d fro-
quon&:La3 and the PrOOO" of motor acceleration by a smooth
,h=66 Or frequency wore
Inve.tigated separately, It --a f-und
s
that :Ynchronous accol., tion and braking depond on the rate of
rPGqu nay ah=ge. The author forms equations and makes sh
4~41Y~Is of the free transient process Of a synchronous generator-
synchronous motor system. There are 11 reference,, 6 Soviet. 4
English and 1 0ormsm. No Personalities are mentioned.
AM14ATIC CHMKING
of Operating Conditions of a phase
0ter 86
The author compares two kinds or Ionization flowmeter., apulse
fIOVR*tsr and A Phase flommater, both Of which he describe.
In do tall.do finds a letter to be more sensitive to current
:h
them the ripstbecaus
f the use of narrow-band amplifier..
In addition longer radiation timej (tr-d) is .4u.ily selected
tnan for the pulse flowmater, onion
for the ph f,:_:tar
t
an t b.
n r1 to to b tt r u ilIzation of radiation. Thera are 5
ra
forencest4Soviet and 1 English. No personalities are
mentioned.
of Instability Or Gas Currents In an
Causas
t:row:ly. R 1.

t. ;~
,
3pe
tr'Oft tar and a Method of Periodic Automatic
Calibration
The author present& experimental results of trio practical
appli cation0f periodic -1,111b,sti.n In an experimental mass-
spect rn'seto r gas analyzer developed jointly by IA7 and tjia

e
Tseooyu=yy na"hn In-1 dova t-l-sklY 'I pmycktnyy ln.tlt~- pod-

a
zir"
1
ISAU10 Miaiotcratv4 ugle cy p"tWchI,hhO3tj
f
&ts+ Y
f
Unio
=R
A
l
l
n so n
tiricR-e-n lesign Institute for
the Underground OaalficatIon or Coal, Mlnl9Lry or trio Coal
Induat17 , USSR). Work on autOmAtic calibration was begun at
IAT N
1951 and is no. being conducted in the USSR mitt, gooj
.
u
romul tb t onIimIted scale. The author -16. d-rioes
:
0sperIA n
t . 0n
.. quantitative determln~zlon or the effect
of secondary electron O=mission in the Ionization chaab-.o~
gas current- The method Of automatic periodic calibratic,
fa on 0 0f the Acasur6a used to increase "a accuracy of "at.
spectrometer gas analyxera, and the author recommend. Its
appli cation for industrial gas analyzer, of this type. The ra
or. 8reforanaea: 4 Soviet, 3 English and I Germ.n.

STTW.IIIA)VSKIY, prof., do~:tor tekhn.nauk; IS11TSER, L.V-, Imnd.telchn.
nauk
Designing measuring 97st6mg in radioactive devtces for the
automatic control of the composition of the substance. Izv.vys.
ucheb.zav.; prib. no.4:13'-148 '59. (MIRA 13:5)
1. Moskovskiy energeticheskiy institut, Inetitut avtoma'iki
i telemekhaniki All SSSR. Rekomendovana orgkomitetom
mezhvuzovskoy konferentaii po elektroizmeritellnym priborai
takhnicheskim sredstvam avt~matiki.
(Radioactive substances-Industrial application)

SHUMILOVSKIY, N.N., ~EL'TTSER, L.V.
Use of modulatecl radioactive radiation for masuring the consumption
and the speed of a gas. Nauch. zap. LPI no.1-188-198 161.
(MIRA 16:6)
(Radioactive substances--Industrial applications)

I - irovich;
SIM-ULOVSKY, Il'ikoDiy Nikolayevich; 1,TLITSER,_141-11', au 1~
KAU-,.AKGV, Andrey Alek3ey,_-;=; 'Trii-OFfri, V-.6-:7--re-d- ,
[~I.adioisotcpe methods for the autorratic control of the
composition of complex media] Radioizotopnye ,.e-.ody avto-
matiche-skogo kontrolia sostava slozhrjykh sred. 14oskva,
Energlia, 1964. 03 P. (Biblioteka po avtoE.atike, no.123)
(MIRA 17:12)

v i I"-
Env
.-~C)2 -1 P 5
KholOilInyye mashiny i -Lstanovki d2va sellskorc ki,,ozyayr+vb
V. F._2taZl,-c_vskjZ. Kiyev, "'a3hplz, 20'r6.
In3 P. diagrs., tabips.

MWTSMI. L.."....,.Imnd.tekhn.nauk, dotsent; SHIDLOVSKAYA, V.P.. inzh.
Regenerative* cycle of a freon piston refr-Algerating rs.-Chir-e.
Tnuiy (YUP i KU 8 no.1:23-31 '57. (HIRA 12:8)
1. Kafedra kholodil'nykh mashin Odeaskogo tekhnologicheskogo
institiita. pishchevoy i lkholodil'noy prorkvshlennonti.
(Refrigeration and refrigerating machinery)

4%EL'TSER, L. Z., KkMAIjViSIUY, i. I.
"Thermodynamic Investigatioms of the Workingr Cycle of the Philips Machine."
Report submit ted for thle 10th Iinl. Ref `~-era-,fcn
19 August - 2 September 1959.

ZHADOO S.; MEL1TSNR._j,4:
Controlling the power requirement and refrigerating capacit7
of a conpressor. Khol. tek-h. 36 no.2:77-78 Mr-Ap '59.
(MIRA 12:8)
(Compressors) (Automatic control)

ClIuLM, Sergey Grigorlyevic%lj doktor tekhn. naukt PrO~-; IL4RTY"OVSKIY) Vla-
, prof.; KEL'TSER
dimir Sergeyevicht doktor ' khn. rlauk _,-Ieonid Zinovlye-
.e
vicli,-kand. tel:hn. nauk, dots.; PriniEM uchjs-t-iye-AIZKSEM, V.P.#
-li-nA. tekhn. nauk, dots.; FILIPPOV,-P.K., dots.; CFJCHKCVI II.V., red.;
BRODSKIY, M.P., tekhn. red.
[Refrigerating units] Kholodillnye ustanovki. 14oskva, Gos. izd-vo
torg. lit-ry 1961. 472 p. (111RA 14:12)
(Reirigeration and refrigerating machinery)
0

MRTYNOVSKIY, V.S., doktor tekhn.nauk.. prof.; NELITSER, L.Z., kand
nauk; SIMAYD, I.M., inzh. tekbn.
Energy efficiency of different types of cold generators. Khol.
tekh. 38 no.6:u-16 N-D 161. (MM 15:1)
1. Odesskiy tekhnologicheskiy institut pishchevoy i kholodillnoy
promyshlennosti.
(Refregeration and refrigerating machinery)

~MITSER, L.Z., kamd. takhn, nauk; SRDTIVASAN, R.V., inzh.
Using the enthalp7-exerg7 diagram for thermodynamic calcula-
tions; concerning V.M. Borodianskii and I.P. lahkin's article.
Khol. tekh. 39 no.5:63-65 S-0 162. (MIRA 16:7)
Thermod7namics--Tables, calculations, ate.)
Refrigeration and refrigerating machinery)
~
(Borodianskii, V.M,) (Ishkin, LP.)

RLITSER -Leonid -Zjnqytyovichx kand.tekhn.nauk; VEYNMG# B.S., kand.
dotsenti, retsenzent; MASLOVA# Ye.F.p red.;
VA.MNTOVAO N.N., tekhn.red.
(Dibrication of freon refrigerating machines] saazka freono-
vykh kholodillzWkh mashin. Leningrad, Gostorgizdat, 1962.
97 P. (MIRA 15.5)
(Refrigeration and refrigerating machinery-labrication)

MLITSER L.Z. kand.tekhn.nauk; VIKHOREW G.A., inzh.; KOMTSSA9!,~'.-'KO,
- - I
V.A., 'rnzh.; SHINIVASAN, 1--,.V.
Experimental study of a two-stage compressor with a 1 : 1
ratio of the stage volumes. Khol.tekh. 40 no.5:23-27 S-0
163. (MIRA 16:11)
1. Odeaskiy tekhnologicheskiy institut pishchevoy i kholodill-
noy promyshlennosti,

ILICHENKO, S.G., otv. -,-ed.; CH'LKLIIN, S.G., zar... 0tv. red.;
L.P., red.; BAM'LIYES, I.S., red,; ALEE3F.Yn'7 V---.,
VE-Y1q1dERG, i3.S., red.; GCGUI: , A.A.)
red.; ZHADAN, S.Z., red.; %.'.A.,
red.; BARE11BOYM, A.,[., red.; 11"BUISHINA, -,.G,, red.
[Transactions of the Conference on the Outlook for the De"'H-'-
opment and Introduction of qefrire.-;.t4ng Equipment intu ti-~e
National Economy of the U.S.S.it. I 'IL :-Iidy Konferentsii po pei--
spektivam razvitiia j ied:-eniia -hoiodillnoi teklmJki v na-
rodnoe khoziaistvo SS.11t. Mosicva, Gof:torgizdatl. 1963. -4- P.
('N-7"'A i8:3)
1. Konfe7-entsiya po perspektivam raz,,,iLi-..a vne,:reniya khc-
lodillnov tek~milw, v Ic-
2 Odesskiy Leklinol3gicheskiy institut pdshchevoy i kholodnoy
promyshlennosti (for Minkus, HarenDoym, ChuRlin, Nikullshina,
Zhadan). 3. Vsesoy-uznyy ln~ititut
khclodillnoy promyshienno-ii (for .~at,,yl'i.-:-~'

MEL'TSER, L.Z.0 kand.tekhn.rtauk; MaILYUKH, T.S.; S240NYUE, V.A.
Experimental atudy of th-c- properties of 'the mixtures of Freon 22
with lubricants. Khol.tekh. 42 no.2:33-36 Mr-Ap 165. (MIRA 18:5)
1. Odesskiy tekhnologicheskiy institut pishchevoy i kholodillnoY
promyshlennosti.