SCIENTIFIC ABSTRACT KHRIZMAN, M.G. - KHROMCHENKO, L.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000722330010-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 18, 2001
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

WNDELISON;, V.S,; KMIZWs, M.G.
Vortex and ejection methods for coating parts with plastics.
@bshinostroitell no.5a26-29 My 162. OMA 15:5)
(Plastic spraying)
.4@1

AUTHORS: Korobko, M. I., Zaliznyak, D. V., Firer, 2. Ya., 72-58-3-5/15
Statsenko, A. V.,(Khriziman, S. S.
TITLE: Automatic Pressure-Rogulation in Glass-Melting Purnaces
(Avtomatichaskoye regultrovantye davloniya v steklovarennykh
pechakh)
PERIODICAL: Steklo i Keramikn, 1958, V-4d Nir 3, pp. 17-22 (USSR)
ABSTRACT: The major part of the continous glass-melting furnaces has
a regulation of proseure which is carried..out by @Ln..qlect 'ro-
hydraulic system. Tests with this were carried out .in 1952
by V.G. Gutop and V. Lt. Obukhov in the GuaL-vakiy glassworks
imeni Dzerzhinskiy (reference 2). Their insuMcient
reliability and complication was proved in practice. This
induced some members of the personnel, amongst whom there
was also V. 11. Obukhov, to propose other systems of pressure
- regulation. A series of systems is compared with each other
in this work. The regime of chamber pressure has a great
influence on the technology and thermodynamics of glass -
melting, since it produces the Gaseous atmosphere required
Card 1/3 above the metal.Special importance is attributed to the

Automatic Pressure-Regulation in Glass-11.1oltin-g Furnaces 72-58-3-5/15
gaseous and hydraulic regime during the operation with a
layer of soda-sulfate, as it was proved in the practice
of the Gomel' glassworks. The composition of the exhaust
gases of system number 1 of the glass-works at Comel, is
shown in table 1. With respect to the problem of pressure-
regulation, the authors refer to the works by fL I. Korobko
(reference 1), V. G. Gutop and B. M. Usvitskiy (references 1
and 2). An electro- hydraulic system of presaure-regulation
is shown in figure 1. Further, the deficiencies of the hydraulic
systems are fully described and the advantages of an electric
system, as well as of the rotary slide valves, are pointed
out. Data on both equipment and cost of various systems of
regulation are given in the table 2. The following component
parts of this system are given: an. electric manometerJ516,.,
regulator -FSK - 3, recording mechanism TSSK , magnP+(1-
starter -.,)a=,-210, executive mechanism 'IMT 25/120
electron regulator--EM -, and others. 3 systems of regulation
are represented in figures 3, 4 and 5 and a diagram of the
recording 4ovice is shown in figure 6. The automatic pressure
regulation in the furnace, based on the measurement at one
point, is qualified an insufficient. The use of the regulator
Card 2/3 of the Institute for Gas-Utilization AN Ukraninian SSR

Automatic Pressure-Regulation in Glass-Ifelting Furnaces T2-58?-3-5/15
which regulates all sections of the furnac? (figure 7) and
which was experimentally used in the Gomel glassworks, is
recommended. There are 7 figures, 2 tables, and 7 references,
7 of which are Soviet.
1@ Glabs--Production'
Card 3/3

-ACCESSION NRs A*40323 8[02?21631000/008/0213/on3
SCURCEt RZh, Metrologlya, I imeritelInva tokhnika, AbB, 8.329779
AUTHORs a See Ourskiye Go I@
TITLEi A balanced selective amplifier for magoti6.measurements at a frequency
j-'CITED-SOURCEs ft, tr. In-ta 91*ktroUkhn.,AN,,jDSSR, 150. 1961o 213-218
TOPIC TAGS i magnetic measurement
-TRANSLATIONt Bridge measurements at high frequencies of the-characteristics
A
various.ferromagnstio materials impose rigid requirements on the indicator 71
The
connected to the bridge which introduces additional parasitic capacitances*
basic indicator element is a 3-stage selective amplifier with balanced i:nput
-tuned to a frequency of 1 ma/sec. The amplifier is included in the measuring
diagonal of the bridge without introducing appreciable errors into the MG&SU"M
Mont
results.
.N
SD
DATE ACQt..063ep63 SUB COM .-ML, 00
dard 1/1
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V71 1 /0',
-D2 07ya53- 01
U `2 - '0 1 L)' Gk,'!-@LSILCIIIWI.@CO, 0. A. , Dekhtya.renko, 21. T. , -j j-,-) @I@r '2
ard Khrizman, S. S.
T 1 T 21 E, )electin6 t;l-e auto::-,atic contrul :L;ysLe:.- -4.'or a differe.-ti-al
calurii.ic ter
6 U -Lj:l C -E A',:ade,..^ii,.ra natt" Ukrayins l:oyi ll,Sla. Ins-uy'ut alel tlotcl
I
@cy. Sbornik t-rudov, v. 18, 1961. Vol)-,,-o,,;y
n, ereniy, 27-37
2 X T@-,e a L'. t 'der various ne4-',lods Of ZLLI'-0:.TLtiC COntl@01 Of
0onsl U
--olitial c@@lorineter tioed to measu.@,,e lo@@uv;es in f erromL.-i@w`
fe
LL4- hi@,fh frequeacies. ferroma-letic sample, subjecZed
@o a suitable voltage and therel'ore ',-@eat due to I os@;es,
is -)!aced in a neasurin.-, calorimeter.
e ileat is sui)pli ed to i -@- tin' il te- - era@ures are
-ves as a standard: U
@,r
6-10 same in botli calori!,ieters. hen the tem,)cratares are equal,
heat is suo,)lied to both calorimeters at t'-,,Le sa:@,e ra-ue and e I -
ect--ic lo.,@ses in the sa.--l-Ple can be deduced f:,:o:.-., the clec-krical
Card 1/2

Selecting the automatic ...
3/716/6 1 /01 @VOOO/0`03/01 9
:D207/D301
po%..,er supplied to the standard calorimeter. The au-uhors sh.@)%,j
t-1-lese measurements can be automated by suit a. blu cont-rol of t1ie
er suoflied to thc, standard calorimeter. T'-,-,e I-utlholls ai..3cuc-s
nuous and intermiltent. met-hods, LlSint@ eithe-r t-emperature or its
rate of chan,@,-e with time as the input sin-nal. It --found
t.D
si.n.-plest and most satisfactory SyStel-, LL-,l jn4-0r,@, 4-
tte, Col 11,01
system, based on temperature as tlie -J-rIpU'U -This s! ,,ras
14
amp iffied and used to work a Dolarized relay w--ii-cl, controlled tul@e
Ineazer of the standard caloriraet-ei-. The control system v.,,-ts checl:ed
experi@rientally and found to be reliable and accurute. There arc a
f 16--ures.
Card 2/2

/7
2 6 7 XD:"'
G.
L,nd Gu-,s1'-iY,
T..
i c S U r 0- -
e @ier f,
'Iectiv ampli.
TITLE 9L L ". /S
Liellts at the frc(,,ue'IOY 04' iTc
1 ON
0
U'D insikooi q-.
-1Y 3 ()61.
niky. '.bornik trudovi V.
izmereniy, 115-118
U To amnlifier for
The authors describe a three-stage se'ec'il
T EX T : yi two 9K 4 11
IL16 n brid--e circuits. The first sta-e is based o
e i i-;-h lesject to
and the input is made symmetrica-L V,
tubes filter uo '-Ic/s. The
earth. The load of the first s-Ua,-e is a I.
seco-nd, resonancel ,stagre uses a 6K4-,' tube and its load is a b--nd
filter N-,,hich includes cores of ('@B-1) type. The last stat,;c
uses a triode of (6-S,1P) type and acts as a ltbuffe:cll between
amplif ieIr and the -external load. The power pack hals a brildg-e
rectifier, based on A. 1,@-,(D7Zli) diodes fed -@rom 127 V or 220 V a.c.
raains; -lie instrUM-ent consumes 20 VA. T*,q-e mnaximurl amlpl@ficatiorl
V U
Card 1/2

.36 63
'81079V621032100410041010
D204/D301
io
AUTHORS: Vardanyanp S A., p t.Vardanyanq A-Gsp and Khrlakyanp S.P.
TITLE: 9'
@Synthesis of 2 5-diaryl furans and their scintillatin
properties
32, no. 4, 1962p,1195-1196
PERIODIOAL.- Zhurnal obshchey'khimii# v
TEXT: The so far unknown 295-di-p-xylyl-, 2,5-di-o- lyl- and 2p5-,
XY
-di(E-phenoxyphenyl)- furans (A# 35 and 0) were prepared by modifi-
cation of the method of Lutz et alot to investigate the effect of
structure on their scintillation properties. Compounds Ap Bp C were.
rearctively, obtained from 194-di-E-xyly1-1 1t4-di-o-xylyl- and 1p4.
-di p-phenbxyphenyl)-lp4-diketobutene-2j 'whose prepTration is des-
cribUd for the first@timef,bylboiling the diketones in glacial ace-,
tic acid in-the presenee'.Pf,'SnCl',*2K.O and cone, H01 for 5,hourso
The reaction mixtures:' .were,;-then. cooied,:,and.@,the crystalline-products
were filteied#..washed;:with,--*it'Or~'s~id,.~x~.6otystallized, Mops and
-and@,the@@-oorrespondinj
yields of the starting'! dikieto'hes g 2i5-diaryl
furans areltabulated '.a ing'--properties proved'to be clo-
The'. dintillat
Card 1/2

KHRIZMAN Stani h
, slav Simonovic ; IMAS, R.L., red.; BEREZOVSKAYAP
D.N., tek'h7n.'--rea-.'-
[Digital measuring instruments] TSifrovye izmeritellnye
pribory. Kiev, Izd-vo AN USSR, 1963. 85 p.
(MIRA 16:11)
(Electric measurements)

L 20723-66 FWAM/M(l) GS
ACC VR: AT6008388 SOURCE CODEt UR/0000/65/000/000/0154/0157
AUTHOR: Serikov, I, S.1 Khrizman, S. S.
..ORG: Institute of Electrodynamics, AN UkrSSR (Institut elektrodinamiki AN UkrSSR
.TITLE: Transistorized digital decimal counter
SOURCE: AN UkrSSR. Povysheniye tOchnOsti i avtomatizatsiya izmeritelinykh sistem
(Automating and increasing the accuracy of measuring systems). Kiev, Naukova. durdca,,
;1965, 154-157
TOPIC TAGS: timer', decimal counter, digital counter
ABSTRACT, -digit-reading decimal full-transistorized counter developed
A 3 for time
measurements is briefly described. The counter,includes one pulse shaper, three
binary@-decimal scaling decades,,three reading decatrons, and a clearing push-
button. Its principal circuit is explained.-The counter is Wensitiveto +20%.
pupply-voltage and signal rise and to 10-50C temperature variation; input-signal
frequency, 50 cps; error, _"1@0.54fo. The error can be further reduced by usinj a
:higher signal frequency& Orige art, has: 2 figurps. 031
SUB CODE: OA SUBM DATE,. 250ot65 ATD PREM bl'2@5
!Card 1/1,
V

EWT( 1 GD
AT6020430 R__C_E_C__0D_E_:__ U--R-/- 0--0-0-0* -/6-5-/ 0 0'0/ 0,-00"/ 01 _5_5_/-0_1_6_ O-_
N
AUTHOR: Nizhenskiy, A. D.; Khrizman, S. S.
ORG: Institute of Electrodynamics, AN UkrSSR (Institut elektrodinamiki AN UkrSSR)
T'TLE: Design of a temperature stabilized reference voltage source using a Zener
diode
SOURCE: All UkrSSR. Preobrazovaniye I stabilizatsiya elektromagnitnykh protsessov
(Conversion and stabilization of electromagnetic processes). Kiev, Naukova dumka,
1965, 155-160
TOP74C TAGS: voltage stabilizer, Zener diode, temperature stabilization, thermistor,
voltage reference
ABSTRACT: A design procedure for a temperature stabilized voltage reference circuit
is given. The addition of a compensating circuit to a Zener diode considerably im-
proves its pqrformance as a voltage stabilizing element. Figure 1 shows the circuit.
The reference voltage is developed across the Zener diode D. The emitter follower us
ing transistor Ql Is driven by the reference voltage. The input impedance of the
emitter follower is high and the output impedance is low; thus the loading on the re-
ference diode is much reduced, as is the effect of the external load across the out-
put of the emitter follower. The performance of the reference diode can be expressed
-Card 1/3
03-Ni -6 @- __ _.
L
I ACC NR% A-160204
_0
in terms of the stabilization coefficient
XUs which is the ratio of the relative
change in the supply voltage to the relative
change in the reference voltage. This co-
efficient can be given in terms of circuit
parameters as
Ra. Rd + R3
X U = Rd Re+ R3
Fig. 1
-.ihiere R@ is the dc resistance of the Zener diodeq and Rd is the dynamic resistance of
Under given conditionsq K turns out to
the Zener (20 ohms for the particular unit)- U .04% change
be 500, 1. e., a 20% change in supply voltage (nominal 16 volts) causes 0 sources dui
in the reference voltage. The experiments indicate that the primary error
Ing the operation of the stabilizing circuit are the dependence of the reference
sistor on the temperature. By
voltage and the emitter-to-base voltage of the tran
he emitter loads these errors can be effectively compen-
adding a thermistor R T to t
C,,d 2/3

L 07201-67
1-46CM. AT65020430
sated for. The following expression for stabilization of the output reference volt-
age U, is derived:
AU, RAAR,
7U,- (Rx + R,) I Rj (R, + RT + R:) + R.- +)?,)J'
For given values of R2, R., and R4, the value of R can be calculated assuming a desir-
X
ed value of voltage stability. This circuit was tested over a temperature range of
10 to 500C and proved to be stable within 0.02% over the total range--an improvement
by a factor of 160 over the performance of an uncompensated circuit. Orig. art. has:
16 formulas, I figure.
SUB CODE: 09/ SUBM DATE: 260ct65/ ORIG REF: 006
I, Card 3/3 11b

rqK, -- A117000956 SOURCE CODE: UR/0275/66/000/011/VO25/VO25
AUTHOR: Nizhenskiy, A. S.; Khrizman, S. S.
TITLE: High-precision semiconductor current regulator
SOURCE: Ref. zh. Elektronika i yeye primeneniye, Abs. 11V165
REF SOURCE: Mekhaniz.i avtomatiz. upr. Nauchno-proizv. sb., no. 2, 1966,
28-30
TOPIC TAGS: current regulator, transistor, cascade amplifier, voltage regulator
.ABSTRA4' 3T: A current regulator, developed at the Institute of Electrodynamics,
AN Ukrainian SSR, was assembled using a circuit with a regulating transistor,
a twin-cascade d-c amplifier, and a reference:-voltage source with a silicon
stabilitron tube connected in series to the base circuit of the output- emitter
repeater. A variable standard resistance and a load resistance are connected to
the emitter circuit of the regulating transistor temperature compensation, accord-
ing to the dondition cited, is accomplished with the aid of a network consisting of
a linear resistance and a thermoresistor connected ia parallel to the reference
CQ.rdl 2

A
R
7000956
voltage divider. For insuring temperature stability, a reference stabilitron tube,
the emitter repeater transistor, and the thermore.sistor are placed in a heavy
thermostat of red copper. With a temperature change from + 10 to + 50* C, the
reference voltage showed a change of about 0. 02joj' With a change in line voltage
of + 20, the load resistance changed within the limits of 0. 1-150 ohms and the
ouip-ut current showed a change of Z,0. 0474. The voltage regulator has operated
in a differential-calorimeter circuit since 1963, With an uninterrupted operation
of 6-8 hr per day, the current instability has not,exceeded + 4. 116. The bibliog-
raphy contains 3 titles. [Translatio.n.of abstract] INTI
@SUB CODE: 09, 20/
C.rd 2/2

VARDAMAN, S.A.; VARDANYAN, A.G.; j!LRLAKYAN,_S.P. _- _
Synthesis of 205-diarylfurans and their scintillation properties.
Zhur.ob.khim. 32 no.4sll95-1196 Ap 162. . (MIRA 15-W
1. Fizicheskiy institut AN Armyanskoy SSR.
(Furan) (Scintillation)

KNUNYANTSV I.L.; KWUAKYANI S.P.; ZEUMVI, Yu.V.j SHOKINA, V.V.
Fluorinated diiedealkanes and diolefins. Izv*AN SSSR.Ser.kbime
no.2:384-386 F 164, (KTRk 170)
1, Institut, alementearaginchoskikh seyedinaniy AN SSSR.

lrxu;@i.YAN S.1) ; SHOKINA) V.V.; KNUNYANTS, I.L.
Fluorinated mono- and diapoxy compour.&I, 1".v. AN SMR Sor. kh.lm.
no.1:72-75 165. (MIIIA Is.-2)
1. Insi.itut eleinentoorganichaskikh royedineniy AN SSSR.

AUTHOR: Khrobak, L. 70-3-2-20/26
TITLE: .0 On t ?0r*"5BTft of Ions in Crystals (0 probleme ionov
v kristallakh)
PERIODICAL: Kristallografiya, 1958, Vol 3, Nr 2, pp 235-236
(USSR).
ABSTRACT: The assumption that ions in crystals are spherically
symmetrical contradicts certain basic propositions of physics.
It is difficult to reconcile spherical symmetry with the
picture of a negative ion built.of a nucleus and where the
carriers of the electric charge are small ompared with the
ionic size. The question is - what shoul0the electric field
distribution around an ion on the basis of the theory of
atomic structure and electric field theory - namely - so that
1) the field falls off proportionately to the squave of the
distar,ce from the element of charge; 2) the electron and
proton are small in comparison with the dimensions of the atom;
3) in accordance with the quantum model the electrons are
si-tuated at definite levels at definite distances from the
nucleus. In the atoms of a molecule or crystal the electrons
are localised also even in definite directions from the
atomic nucleus. This theory gives no place to truly neutral
Cardl/2 atoms as then the positive and negative charges would have to
M
MM

On the Problem of Ions in Crystals 70-3-2-20/26
coincide. In any other case, there would have to be some
anisotropy of the field. In a system of 4 protons and
4 electrons the latter distributed at the vertices of a
tetrahedron and at distances of 1 A from the nucleus. At
distances of 2 or more A from the nucleus, the total field
is negligible: at distances less than this the field is
highly anisotropic.
ASSOCIATION: Varshavskiy universitet Kafedra kristallografii
('Cbair of Crystallography, Warsaw University)
SUBMITTED: June 7, 195?.
Card 2/2

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2 1. Brt4berike P- G- W1111-k-Ou-
15
M. Khrobastov, & '11. P... YakushAln_
F
- E ne-p-toduvitift or le wo=d tubes is also in
some wro superior to that of longituMMy welded
tubes. T'he main advwtsge Is the continuity of the
production cycle. Morwycr, the size of the helically
wound tube Is act rigorously relatc4 to the dimensions
of the strip #ecdott, The tube can be of any length, Its
diameter dependini; on the width of the al and th
pitch angle of the kcUL Withim certaia is. by
. ; the pitch g4le of the heux
vuytni ? a wip of CivW
width cm be made into tubes of diftrcut diameters,
The arne tube diameter can be produced with strip of
AIM-' .;A.I. -A hA- @f
thedeviretitectionafthescuL Thcauxrdayopastiw-s
of cnd-towcrtd foining of the tuip &ad cutting olf of the
inished tube allso needed totnF devdopment. iirtce
-.1maical cutting is not pracrics] in a wound tvbc
Q oxygen cutting is not sufficicruty rapid-
The princind difficulzey In achieving a welding spced
in excel Ob rn/hr is due to the 15,31.1awing conditions
A hish welding weed is known to h=t= the tendency
of team to develop porosity and to IcA4 to P" fonrul-
tionofthedeiirc4tection. rhe increw in the power of
he arc, neceviary for high welding speed, is assocutcd
with a lengthening of the welding pwl, which can catily
leid to in overflaw of liquid metal and QM aigg the
cylindrictl surface of the tube. Futthermor.-, the in-
crcstcd powcr of the stc makes the ilidins of a Lonner

'age dWMcr ma tia abuLaw mm imp at mativay
tauH width. I * ' . . . .
to the developtneut of It was.
nQceuuy to goli-Te Se b
Insofar is al processes of-tube ore cod.
tinuous, the out_ma Is determIned by the kgjc pmduc-
live opcradom TWS PVention Is the tutoftdc welding
C4 the WcAl (Csm I-'Or this twon, the mlin task was
the deydopumat of a welditt; pro= with the highest
possible wdcqq tpetd, end without violatiq the
essential coxiditions In tube wtld!Ag v(K : Fusion
throulFhout the depth of (be Joint, despite ;@Idlng from
side osstys md W joint strength *nd fornistIon of
is tome
the
PrCliminary 9xPecialCnIs WcM carried out on bt
ItriPs W at 6 slope, m simulate the lead of the hclkd
%P- in the tub--. 13Y this menns@ the fivourible In-
fluencc of (he lod ca Want fornmian wits discovered.
Uxing 6 silicon Mangancu dcarGtle wirc and high
manzancic flux, it was posslUe to lacrem to 300 m1hr
the spczd offtositictiol'a bead upom the surface uf ring-
thaPed amVIcs of OW mn dminctm Welding in full
dcpd' wa's not peiiible wtia a gWmg coppcr cushion,
Lccuusc thiu cwjld not be bmught Lato contac%'will, ifte
(used At that paint of the dc-idaptucut, d-,czc-
furc, welding was catricd out to a depth of 75 to 90 per
Cent uf t1tc wall thickness. T11c required strength %via
ubtaincd by mcans of a raised veam..

KHROBOCHEK, M.
. Vegetable growing In Poland. Hauka I pered.op.v oallkhos.
no-11:76 N '59. (MIRA 13:3)
1. Chlon-korreopondent Pol'okoy AN.
(Poland-Tegotable gardening)

XWBOSTOV, S.N.I,kand.tokhn.nauk;.KHARKHURIM, Sh.Kh., inzh.
Effect on souls on the traction'-poiter of tractors. Mekh. i elsk.
sots. oellkhoz. 19 no.JQ2-4.@61, (MIRA 34:3)
1. Belorusshy institut mokheMsataii selOokogo khozyayvtva.
(Tractors)- (Soils).

MMOBRM, N. D.
Silver scurf of potato tubors (with two plates of drimings). Bot.zhur.
.38 no.2:206-224 W"y 053. (NLU 6:6)
(Potatoes-Dissases and posts).

KPROBRYKII, N.D.
"Silver Scurfs (Spondylo Cladium) and Ue Fetistance of Potato Varieties
to Them." Cand Biol Sci, A31*Union Inst of Plant Growing, Leningrad, 1953.
(I[ZhBiol, No 7, Dee 54)
Survey of Scientific mid Technical Dis.-ertations Defei;ded at Ujsh
Ligher Educational Institutions (12)
SO: Sum. No. 556, 24 Jun 55

LISSR/Plant Disannes Diaeuses of Cultivated Plants 0.
Abs Jour : Ref Zhur Biol., 110 41 19581 15997
Author : NeD. Khrobrykh
Inst : All-Union Plwt.Cultivation Institute.
Title Contribut,io' nto%the4roblem.of.Determining the Tomato' s
.Resistance,to.Phytophthera.
(K yoprosu opre@eleniya ustoychivosti tomata k fitoftore).
Orig Pub : Tro.po prikl. botan., genet. i selektsii, 1957., 31, No 2,
191-196.
Ab5tract : The author contaminated the tomato plants in pots, cut
branches (in water), isolated leaves, leaf lobes and
green and ripe fruit. The isolated leaves, leaf lobes
and ripe fruit proved nost susceptible to contamination.
When resistance was evaluated according to this method#
of the 110 specimens from the All-Union Plant Cultivation
Card lp
7

KHROBRYKH?_j.D,,kpLnd.biol.nau.k [deceased]
Developmontal characterUtics of pathigenic agdnto in tocatoes of
various disease resistance. Trudy po prikl. bot.,, gen. i sel. 32
no.3%270-279 159. (MIFA 1,4 5)
(Tomatoes-Disease and peat !resistance)

D
Category ussR/Optics Physiclogical Optics K-9
Ab5 Jot= Ref M, - Fizika, No 2, 1957, No 5323
Author -,Khrodze, L.V
i
Iftet lUeUcal Institute, Tbilisi, USM
Title Concerning the Problem of the Visibility of X-rays
0-rig Pub Pr,,.,bl. fiziol. optiki, 1955, 11, 229-235
Abstract Description of se,*ral experiments, carried out by the author on himself,
in which a beam of x-rays was'used to project on the retina the
shadows of various metallic objects. They were visible in inverted
form, i.e., the way the images of objects are projected in space in the
oidinary manner on the buizan retina. The author believes that the eye
perceives directly the x-rays and not the light of the luminescence of
the retina, and that the perception of x-rays has nothing in commch
vith the phosphene, causedby electric stimulation. It was observed
that in those cases when a blind person cannot distinguish shapes of
objects by x-rays, there is no hppe for restoriz4; his vision by oper-
ation.
Card 1/1.

KHRCHI J.; KAROLCZAK, S,
Energy-transferAn-the radiolysis of polid systems. Pt. 1.
Bul chim Pan 12 no. 3;157-162 164.
l.-Department of Radiation Chemistry, Technical University, Lodz.
Presented 'oy W. Traebiatowski.

V P4'WSTRIAL UNULRTAKUNGS,
garvtc@t experience provea k@e tacreas* of efficiency uf
w,@r Lhan in ttl
wtth automatic cantrel R"A better u5a of mannx
manual cimtrol. A echerre cl autoquitic control usira hydraull@
r.@t-ulatorf; ic illutrated Ind tapla=i4. Th,-
Eati&fted bV plante proposimg to use the syatcm are JwL-j

KORSUNSKIY9 M.I.; GREGIIKO, Ye.A.; KH" "- A.I.
Dependence of the relaxation % of the anomalous
photoconductivity of selenium on the wavelength, and the
electrorr-banding energy in long-lived traps. Izv. AN
Kazakh. SSR. Ser. fiz.-mat. nauk no. 2tl4-18 163.
(WRA 17i6)

KHROL. V. P.
11-@@@
Method of calculating the volume of ice In the sea with a
calculation of ice hummocks; based on the example of Baffin
Bay. Trudy GOID n*86:44-71+ 165. (MIRA 18-9)

BEZZUBIK, X.Y., Bostavitell; BLWEOZHKIII, A.I., gostavitell; EMIDLIKOT.
,&.G.,-red.; SYCHERBAW, A.I., tekhn.red.
(On collective livestock farm;tractices of nPut' k kommunizm"
stockbreeders In Kinell Distric Na kolkhoznykh fermkh; Im
opyta raboty zhivotnovodov kolkhoza "Put' k kommunim", Kinell-
skogo ralona. Kulbyshevskoe knizbnoe izd-vo. 1957. 51 P.
(MIRA 12:1)
(Kinel District--Stock and stockbreeding)

Th w1d Wd3' fis Ceritral Acla@
1. I-Tunikov ftfi(dLy , WN TML, Acad.1
'&i
jWir'# S ;%
varieties Of Yeasts hAvi hem Wfated qd studird in Central
Asia U.S.S,R@ From these, a varieties, VIR,@, Rkad.
0, Z;d Siper&YI46, possm very high fementative prom.
ties., The a1c. fft-mentatlon Proceeds *ell, even when the
..SO* canca. o(mustisasbigh as 450 nV./I. Theyeasts
fement, glucose.. fructose, galactose, sucrese. and maltose,

YESIPENKO, P., entomolog (Khabarovskiy kray); KHROLINSKIY, L., starshiv
nauchnyy sotrudnix
From the practices of using chemical poisons. Zashch. rast. ot vred.
i bol. 10 no.2s26-27 165. (MIRA 1814)
1. Vaesoyuznaya stantsiya po raku kartofelya, Chernov-tsy (for
Khrolinskiy).

KHROLINSKIY, L., starobiy nauchny7 sotrudnik
Let's control Bruchidae in the fields. Zashch. raat. ot
vred. i bol. 10 no.8:12 165. (MIRA 18tll)
1. VBesoyuznaya atantelya po raku kartofelya, Chernovtsy.

U501-i/Vlecticine imysiology FD-1135
Card A : Pub 33-13/25
Author : Khrolinskiy, L. G.
Title : Influence of central nervous system on demarcation current of the
skeletal muscle
Periodical : Fiziol. zhur. 4., 472-475, Jul/Aug 1954
Abstract : Changes that take place in the demarcation current of gastrocnemial
muscle In frogs depend on connections that exist between the muscle
and the nerve centers (particularly spinal cord and diencephalon). Ap-
plication of crystalline particles of table salt to thalamic aret, re-
sults either in decline or increase in demarcation current of the,
skeletal muscles; influences which cause those changes are transmitted
simultaneously over the sympathetic and somatic nerves. Application of
cathode to the diencephalon area causes some increase in demarcation
current of gastrocnemial muscle; application of anode, causes decrease
in demarcation current. Graphs. Five Soviet references.
Institution : Chair of Natural Sciences, Chernovitsy State Teachers Institute
Submitted : June 1, 1953

KHROLINSKIY, L.G.
Snout beetles of the genus Apion Hbst. connected with the leguminous
plants in Chernoytsy Province. Zool. zhur. 42 no.8:1175-1182
163. (mm 16-.9)
1. Museum of the Local Lore of Chernovitsy.
(Bukovina-Weevils)
(Bukovina-Legumea-Diseases and pests)

KJIROLlN,Si,IY, L.G.
KHROLINSKIT, L.G.
r- "'M
, -, T , 1-
From the experience in teaching the subject wHigher nervous
activity." Blol.v ahkole no.1:40 44 J&-F '57. (KLRA 10:5)
(Physiology-Study and teaching)
(Nervoum system)

KffR=NSK'IYj_ L.G. .
Seasonal algratione of some species of weevils of the genum Apion
Hbot. in Charnovtsy Province. Vop. ekol. 71195-196 162.
(XM& 16: 5)
1. Krayevedchaskiy musey, Chernovitay,
(Bukovina-Weavils)

KHROLINSM) L,G.
@Mater@a-g-omthe fauna of weevils of the genus Apion Rbat.
(Coleoptera, Curculionidae) of Chernovitsy Province. Ent.
oboz. 44 no.1:106-116, 165. (MIRA 180)
1. Chernovitskiy gosudarstvennyy krayevedchaskiy muzey, g.
Chernovtsy.

AUTHOR: Khrolov. R. A. SOV/;;0-58-6 .1 a/,, a
*...... . ............. ;@-'
TITLE.- Meetings of the Members of the Antarctic Expedition (Vstrechi
uchastnikov Antarkticheakol ekspediteii)
PERIODICAL: Meteorologiya i gidrologiya, 1958., Nr 8, pp, 64-64 (USSR)
ABSTRACTi The members of the Second Antarctic Expedition arrived on April
25th, 1958, in Odessa on board of the ship "Pobeda", lRepreoent-
atives of oeveral citien of the USSR arrived in urder to wel-
come tile brave research workers of the Antarctic (Antajktida),
The head of the Second Continental Antarctic Expedition ', A. F@
Treshnikov (Hero of Socialist Latour) answered to the welcome
speeches delivered by: G. F. Ladvishchenko (Gorodskoy Sovet
deputatov trudya3hchikhsya = Chairman of the City Council of the
Deputies of the Workers), Ki, M Somov (on behalf cf the
Ministerstvo morskogo flota - Ministry of the Navy), T, K.,
Bogatyr' (on behalf of the Glavnoye upravleniye 3idrometeosluzhby
- Main Administration of the Hydrometeorological Ser-.rice). In
the first days of May, 1958, the Ministry of the Navy a nd the
AS USSR held a reception for the members of the expedition. V. G@
Bakayev, Minister of the Navy of the USSR, D. I Shcherb#tkov,
Card 1/2 Chairman attached to the Antarctic Research of the Council of

Meetines, of the Members of the Antarctic Expedition SOV115.0 -58 -6 B/ 8
Presidium of the AS USSR, and A. A. Afanasiyev, Head cf the
Main Administration of the Northern Sea Route (Glavnoye
upravleniye Severnogo morskogo puti)v were the leaders, They
congratulated the members. On May 5th, a meeting of the assist-
ants of the aerometeorological department of the expedition
took place: 0. G@ Krichak, S, S. Gay8erov, I. D Kopanev, A
Solopov, 1. 1,. Gorev, and N, N. Mamontov with the supervising
staff of the Main Administration of the Hydrometeorological
Service as well as with the representatives of the Moscow
Scientific Research Institute of the Servicc. The Deputee Di-
rector of the Service, Lt. Ye- Ivanov, congratulated the members
on their return and the success of their work. The Head of the
Aerometeoroloo,ical DeDartment 0, G, Kr,_@,hai@ a7;,oke 'briefly (M the
preliminary results of the work done by his department,
Card 2/2
USGOW,-DG.60411

i
HEREZIN, I.V.1 UGAROVA, N.N.; PANESH, A.M.; KtOLOVA, O.R.
P ,
Radical mechanism of the reaction of hydrogen peroxide with
carboxylic acids. Zhur. fiz. khim. 39 no.2069-375 F 165.
(@URA 18*4)
1. Moskovskiy gosudarstvennyy univerattat imeni Lr-nonosova,
khimicheskiy fakulltat.

I.J, lush*; lamot"MO, r.A...,, irsh.
4 H.
GUVW - -
tho charact.-victics of the wol",
Ezftot @& thbrmi tmt,=t on
joints or BMW* hoatIM p1pe frm 22MWW owl rJuri'C tbAr
i=t&IIAtLCDO EMrg. otrol. noo 4124-M '65- (M.A. ISM)

TETERIN, Yegor Nikolayevich; SHUBIN, Nikolay Vasillyevich;
OGHERETIKO, Aleksandr Konotantinovich; PAVLOV,
Vitally Fedorovich,, dots; RARANOV, A.N.j retsenzent;
SUKHOV, A.I., retsenzent; POVALYAYEV, P.I.j% nauchn.-
pedagog. rabotnik, retsenzent; PROKOFIYEV, F.I., nauchn.-
pedagog. rabotniko retsenzent; RYCHKOV, A.I., nauchn.-
pedagog. rabotnik, retsenzent; YLRO'I, S.I., retsenzent;
KflRq@SWXQ.,j-,j,_,. ved. red.
[Organization and Flanning of surveying and topographical
work] Organizatsiia. -L planirovanie geadezicheskikh i to-
pograficheskikh rabot. Moskvav Nedra, 1965. 299 p.
(MIRA 18:7)
1. Zaveduyushchiy kafedroy organizatsii i planirovaniya
kartografo-geodezicheskikh rabot Moskovskogo instituta
inzbenerov geodezii, aerofotos"yemki i kartogx:afii (for
Sukhov'). 2.@Kafedra organizatsii i planirovaniya karto-
grafo-geodezicheskikh rabot Moskovskogo instituta inzhe-
nerov geodezii, aerofotos"emki i kartografii (for
Povalyayev, Prokoflyev, Rychkov, Pavlov). 3. Glavnoye
upravleniye kapitallnogo stroitel'stva Viinisterstva putey
soobshcheniya SSSR (for Rychkov). I+. Nachallnik Glavnogo
upravleniya geodezil i kartografii S-SIM (for Baranov).

EMOMCHENKO, G. Ye.
UUR/@Ineerl" Solderin
"Aniolication of Solders With Lnv-Tln Cnntent r, To.
Khromchenko, Engr
"Rabochiy Energetik" No 1, pp 34-36
Describes expts for soldering and tinning various
members of elec Installation with solderer con-
sisting of 92% Pb, 5% Sn and 3% Sb. Established..
that in most cases soldering with high-tin solders
may be replaced by cold pressing, as in case of
connecting copper cable strands in lead sleeves, or
by soldering with low-tin solders. This replacement,
maintaining the same quality of contacts, results
in considerable conservation of tin.
206T60.1

icity.@; Cables ?eb WO
Too'ls
"Use of Clamping for Connecting Outdoor Lighting@
Cables," Engr A. A. Kaplan and.Engr G. Ye. Mrom-
chenko
_4 "PIrom Ruerget" No 2, pp 16-18
Descr':oes new hydraulic hand press RGP-7 for pres-
sure joining of copper cables (used for wiring out-
door industrial lighting equipment) with cross-
sec,tlon from 3X4 up to 3X35 sq =m ty means of copper
or. bx@ass sleeves. Estimates, savings of 129,5
kg of 'tiii'ind large quantities of- lead, flux,
and =an-hours for 19,000 joints in comparison
vith soldering.

F A P I I,,;. ill, j!, - -A. , KI I R@, 'CHE-TO, f-, . YE.
Electric Cables
New method for splicinF flexible cablei in litlithip notwork. Pro,.;. enerf-. 91 No,3; 1,952.
j
a
Yonthly, List of Russian Accessions, Lic-mry of @Iongrecs, "ru-Ilie 19152. IT LA 517PED,
- c ..3

G. Ye.
"From the Work of the Moscow Planning and Experimental Branch of GPI
Tyazhpromelektroproyekt." Engr. G. Ye. Khromchenko@ Moscow Planning and Exptl
Branch, GPI, Tyazhpromelektroproyekt, (Office for he Planning of Electriz Power for
Heavy Industry,?)
Prom. Energet,",No. 4, pp. 26-27, 1953.
Discusses research and, in some cases, publicatior. of instructions on basis of
research by Repair Div. of above branch on repz:Lr of interrupting devices, new
repair technology for flexible conductors, increased use of pressing for CU
conductors, explosion-proof packtng of conductors in steel tubes, methods
for joinkng steel tubes in elec. networks.

IMONCHOKO, G.Te., inshener.
Characteristics of compressed connections.
'53.
Prom.energ. 10 uo.3:22-23 NY
(UU 6:5)
(Blectric contactorm)

KH-40MCH,ExkO, G. Y'g-
BEDIN, V.A., inshenar; XHRONCHMO. G.Te., inzhanar.
Mechanisms and tools for cable work. Anergetik 2 no.2:5-10 7 '54.
(NLRA 7W
(Ilectric cables)

KHR)MCHENKO, Grigorly Yofimovicb; SOKOWV, D.V., inzhener, redaktor:
' @., reSiTo-r: TOKKR, A.M., takhnichookiy redaktor.
(Higb-voltage svitchgear; construction and assemblage] Vymoko-
volltnaia vykItuebatushchaia appratura; konstraktaii i montash.
Moskva. GosAzd-yo lit-ry po stroitellstvu I arkhitakturs, 1955.
222 P. (MLRIL 9 - 1)
(Electric switcUsar)

KHRom c. H em i