LOVKOVAP M.Ya.; ILTIN, G.S*
Biosynth6ois of the pyrrolidine ring of nicotine. Biokhimiia
26 no. 1:82-85 Ja-F 161. (MIRA 14:2)
1. Inqtitute of Biochemistry, Academy of Sciences of the
U.S*S*Rop Moscow.
(NICOTINE) (PYRROLIDINE)
LOVEQYA,-&Ya.; IL'IN, G.S.
Role of labeled amino acids in the biosynthesis of nicotine.
Biokhimiia 27 no.4:722-725 JI-Ag 162. WMA 15:11)
1. Institute of Biochemistr7, Acadeqr of Sciences of the U.S.S.R.,
Moscow.
(AMINO ACIDS) (NICOTINE)
!-'s
g
g"
ZN~
LOVKOVA , M.Ja.
Metabolism of nicotine in tobacco. Acta biol. acad sci. Hung. 14
no.4:273-279 164.
1. Bach Institute of biochemistry, USSR Academy of Sciences, Moscow,
USSRo (Headi-I.I. Oparin).
-N
G.S.9 doktor biolog.riauk; LOVKOVI, MYa., ,,-ti rid. bi o iognau".
Symposium, on +he bilochemistry and pnyslology of alkalcfd!~, held in
the Cr,,-;rman Democratic Republic. Vest. AN SEER 35 no.10:115 0 t65.
NIPA 18:10)
ILIM., U.S.; WUCNAs, M*Yao
Tldrd IntorMtSOM2 S3wpwitim an Bioaamistry and PAYBI0100
or QWaklo, Iov, All =R. Sera IA&* M,6S940-W 11-D 165.
(14P.A 18221)
"I
LC V L ~-,! - - -C-.- D.-- - - - - --
LOVILEV, S.P.: "The kinetics of condensation and sublimation of water vapor on
supercooled drops". M'osaw, 1955. Min Higher- Dbication USSR. V'oscow Or-der
of Lenin ChemicotechnolovicaL Inst imeni D.I. Mendeleyev. (Dissertstions
forithe D6--gree of Candidate of Technical Sciences).
SO: Knizhnava letopis' No 45, 5 November 1,955. Moscow.
8(3)
'AUTHOR: Lov1ya, A. D., Engineer SOVII 05-59- 31-19/27
TITLE: On Sel
~1~+je %)-tirmun Parame tero in Circuits cf Inluctive
Transmitters (0 vyborv optimallnyldi purzunetro-~., v ,jJdi(!rnqk~k
induktivnykh datchikov)
PERIODICAL: Elektrichestvo, 1959 Nr 3, pp 85-87 (USSR)
.0 k
ABSTRACT: The problems of selection of optimum mutual relations of oome
electrical parameters of the circuits of inductive transmitters
are being investigated here ard reccxum,~ndations for these
selections are given. The basic circuit for the connection of
the receiver of the transmitter ts repr2sented. The transmitter
has an inductance L anrl an effective r~--sistance r. Control
windings of magnetic and electrodynamic armplifiers, of relays,
etc. can serve fcr loading t,,e circuit of the r,:-ceiver
(vosprinimayu.shchiy organ). Yne selection of the optimunt
relations betwe_=111 the circuit res-istance z LC and the lcad
resistance r. is investigated. Phe formula (4) is derived. From
this and the diagram (Fig 3) it folluis, that in most cases of
Card 1/2 the selectior, of relationo between the transmitte--r -oarameters
`;11~ IRM
6,; ME I K
On Selecting the Optimum Parameters in SOV/io5-59-3-19/27
Circuits of Inductive Transmitters
(x LC ) and those of load (rB) thp level Yof the infonviti,~n
signal is to be takea into a~-rount. The latuter is parti. cularly
important with negative -, (influence cf hot non-f-errouzi metal
0
on the inductiv,~ trarwinitters), as well as Idth relatively
x, value regard
weak positiva siggrial-9 (L . ~n
to then sensibility of thu of ~!apac'-ty can be
determin,~:d by mea~--s of fc::-;x.,':.a 15'~ oi- (6),
T t
llher-,~ are 4 f wid' 2 3r,"ie
SUBMITTED: Novembez- 24, 1958
Card 2/2
Nr
S/119/60/000/06/05/016
B014/BO14
AUTHOR: Lovlya,_A. D., Engineer
TITLEt An Analysis of the Performance of the Linear Inductive
Potentiometer ORIT-1 (ILP-11 and the Method of Its
CalculationjS 'Y~b
PERIODICAL: Priborostroyeniye, 1960, No. 6, pp. 12-15
TEXT: The author describes the mode of operation of the above-mentioned
potentiometer by means of Fig. 1. It consists of a movable armature and
two fixed elements. The armature houses a magnetic shunt, and the two V//"
parts of the minding are placed in the fixed elements. When the armature
is properly adjusted, the terminal voltages have the same strength. When
the armature rotates in one direction, the magnetic interlinkage is
increased in one part of the winding and decreased in the other. The
linear dependence of the potential upon the angle of rotation at point A
of the circuit (Fig. 2) is constant if a proper potentiometer is selected.
Nexto the author studies the static and dynamic properties of the
potentiometer. As regards the static properties it is shown that the
Card 1/3
IRMM
N
102, ~11_900
2HE
An Analysis of the Performance of the Linear S/11Y60/000/06/05/016
Inductive Potentiometer WRIT-1 (ILP-1) and B014 B014
the Method of Its Calculation
level of the signal is a linear function of the angle of deflection, that
the transmission coefficient is lowered with increasing leakage, and that
the scale is uniform. A study of the dynamic properties shows that the
signal voltage consists of an active and a reactive component. The active
component is a linear function of the angle of deflection, and the
reactive component is proportional to the speed of rotation of the
potentiometer. If the reactive components of the signal are sufficiently
large, sensitivity is considerably reduced. Static and dynamic proper-
ties are analyzed on the assumption that the magnetii resistance in
iron and the active power lose are equal to zero. Fig- 3 shows the
dependence of the angle of deflection of the potentiometer upon an angle
that is determined according to a preset program. It results that the
constructional parameter A o 1/24 (4) has a considerable effect. Here,
I denotes the mean lengths of the magnetic lines, and & is the width of
the air gap. Calculation and experiment indicate that losses in iron and
the active resistanoe have only a alight effoot on the magnitudo of the
static error. A formula is given for the static error. The dependence
of this error on the parameter is diagrammatically shown in Fig. 4 for
Card 2/3
An Analysis of the Performance of the Linear S/119/60/000/06/05/016
Inductive Potentiometer WrIT-1 (ILP-1) and B014/BO14
the Method of Its Calculation
different degrees of permeability of the magnetic conductor. Finally, the
author gives formulas for calculating the dependence of the phase of
output voltage upon the angle of rotation of the potentiometer, for V/
calculating the mean length of the magnetic line, the mean induction in
iron, the reactive power, the mean diameter, and the number of turns.
A discussion of this formula shows that the type of the control system
is to be taken into account in calculating the inductive potentiometer.
There are 5 figures and I Soviet reference.
Card 3/3
82808
S/125/60/000/OCYT/005/010
7ZOO A161/Po29
AUTHOR* Lovlya, A.D
step for Continuous-Fusion Res
TIM-. Extremum Conj~~S e Istance Butt Weld-
ing_ Machinesil
V1
PERIODICAL: Avtomaticheskaya svarka, 1960, No. 7, pp. 58 - 64
TMT.- The theoretical and experimental data for designing a new automatic
control -system for resistance butt welding machines are given, eliminating the
long and complicated adjustment of the fusion process in existing machines by se-
lecting and adjusting their program cams. The principle of the nextremum" regu-
latcr is illustrated in a skeleton diagram (Fig. 3). 'Its operation principle is
the following: welding current- from the secondary -transformer winding is meas-
ured by a shunt or a special measuring transformer and fed into the input of
transforming units including a frequency discriminator with an amplitude limiter,
amplifying, rectifying, differentiating and other elements. The transmitter
measuring the level of the pulsation frequency may be of discrete type (a pulse
counter) or continuous. Voltages frcm -these transforming units are fed into a
unit forming the control signal. This latter may have a simple logic relay sys-
Card 1/3
82808
S/125/60/000/007/005/010
A161AO29
Extremwn Control System for Continuous-Fusion Resistance Butt Welding Machines
tem. The system has been tested on a butt welding machine in the sheet pickling
line at the sheet rolling shop of Magnitogorskiy metallurgicheskiy kombinat im.
Stalina (Magnitogorsk Metallurgic Combine imeni Stalin). The analysis of oscil-
lograms made in the tests (Fig. 6) confirmed that the "extremum" control system
evened out the frequency of current and also raised it, hence it increased the
frequency of liquid metal bridges bursts during the fusion process, which is
particularly important at the moment preceding the upsetting. In general, the
new control system improved the quality of joints and resulted in fewer-sheet
ruptures along the seams in the rolling process in the continuous five-stand
sheet mill at the mentioned rolling shop. The following conclusions were drawn;
1) a dependence is found of the welding current pulsation frequency level f on
the mean Imean current value during fusion. This dependence f
P ~ f (r.....
has a maximum (extremum); 2) the new "extrermim self-adjusting controi systen,
ensures that fusion takes place with a maximum frequency of bursts of the forming
liquid metal bridges and the use of programming cams may be discontinued; 3) the
practical test results confirmed that the system is suitable for butt welding of
low-carbon sheet steel in rolling. There are 6 figures and 4 Soviet references.
Card 2/3
62808
S/125/60/000/007/005/010
A161/A.o2g
Extremum Control System for Continuous-Fusion Resistance Butt Welding Machines
ASSOCIATION: Elektrostallskiy zavod tyazhelogo mashinostroyeniya im. Stalina
(Elekt.rost&17 Heavy Machine Building Plant Imeni Stalin)
SUEMITTED: February 9, 1960
Card 3/3
LOVLYA, A.D.
Programming the rate of flashing in resistance butt welding
machines with the help of an inductive potentiometer. Avtom.
avar. 16 no.lit63-65 N 163. (MIRA 171l)
1. Elektrostallskiy zavod tyazhelogo mashinostroyeniya.
R
M
WRIA, A.D.; NAZARENKO, A.I.., Imnd. te~. muk
Rollability of welded butt joints on continuous sheet
mills for cold rolling. Met. i gornorud. prom. no.3:
36-38 My-Je 165. (MIRA 18:11)
VODOVOZOV, A.M.. kandidat meditsinskikh nauk; LOVLYA, G.D.; BLANK, N.D.
Local application of sodium sulfathiarole in ophthalmologic practice.
Yest.oft. 69 no-5;75-77 S-0 156. (ML13A 9:12)
1. Iz kafedry glaznykh boleznev (zav. - prof. B.L.Radzikhovokly)
Chernovitakogo meditainakogo instituta.
(EYX DISIASKS, ther.
oulfathiazole)
(SULPATHIAZOIN, ther. use
eye die.)
AID P - 1346
Subject USSR/Mining
Card 1/1 Pub, 78 - 9/30
Author Lovlya, S. A.
Title Improvements in organization and technique of use
of explosives in petroleum extraction.
Periodical : Neft. khoz., v-32, #12, 25-31, D 1954
Abstract : Various uses of explosives in oil well drilling
are described and formulas are offered for
computation of their destructive action under
different conditions. The sizes, shapes and types
of explosives are analysed in view of their use as
the force for destruction or cracking of rock
formations or in the repair of damaged pipes and
casings. One chart and 2 Russian references
(1949 and 1953)
Institution: None
Submitted : No date
JAWLYA, S.A., inzh.
Improve the orgAnIzation of oil-well sPontirw,. Bexop.trudm Y prom.
2 no.3:22 Mr '58. (MIRA 11:1)
(Petroleum engineering) (Binsting)
TOR',
SOV/99-58-11-7/9
AUTHOR: Gavrilko, V.M., and Lov1 a candidates of Mechanical
Sciences; Kuzlmina Maslovskiy, Ye.A.0 and Sakhnovskiy,
G.N., Engineers
TITLE: Experience in Restoring the Water Permeability of Filters in
Water 'Uells by Means of A Detonating Cord
(Opyt vosstanovleniya vodozakhvatnoy sposobnosti filltrov
vodozabornykh skvazhin vzryvom detoniruyushchego shnura)
PERIODICALz Gidrotekhnika i melioratsiya, 1958, Nr 11, PP 47 - 52 (USSR)
ABSTRACT: A new method for cleaning the filters of wells is based on
the effect of pressure wavest produced by the detonation
of long blasting charges of detonating cords, placed along
the axis of the well. In the experiments conducted by the
authors, from 1 to 4 sections of the detonating cord DShV
(corresponding 13 - 52 gr of Vv) were used for each running
Card 1/2 meter of filters.
SOV/99-58-11-7/9
Experience in Restoring the Water Peremeability of Filters in Water Wells
by Means of A Detonating Cord
This produced at close range pressure waves of up to 10,000
kg/sq cm. It was found that the pressure waves not only
freed the filters of sediments, but also proceeded into the
adjacent rock formations, The authors give a detailed des-
cription of the blasting procedures, and the savings accomp-
lished by their method. There are 3 photos, 1 table, and 1
set of diagrams.
Card 2/2
LOVLYAO S.'~ kand.tekhn.nauk.
ound explosion. Tekh-mol- 26 no.2:17-18 158. (HIRA 11:2)
Undeigr
(Petroleum engineering)
LOVLYI, Sergey Alaksandrovich; GORBENKO, Leonid Andreyevich; KAPLAN,
~Berta Llvovna; ISAYEVA, V.V., vedushchiy red.; POLOSINA, A.S.,
tekha.red.
[Torpedoing and perforation of wells] Torpedirovenie i perforatsiia
skvazhin. Moskva, Gos.nauchno-tekhn.izd-vo neft. i gorno-toplivnoi
lit-ry, 1959. 247 p. (MMA 12:4)
(Petroleum engineering)
2
GRIGORYAN, Norayr Grigorlyevich; PMTUN, Dmitriy Yefimovich; GORBMO,
Leonid Andreyevich; LOVLTA, Selgey Alekeandroytq-I-j,-.-KAFLAH, Berta
L.Ivovnis; CHWHOUSOV, k-.K-..inzh.-,r;~-tu6uzent; FARSMA, Ye.G.,
vedushchiy red.;'FEDOTOVA, I.G., takhn.red.
[Perforating and blasting in weliel Proatralochnye i vzryvnye
raboty v skyashinakh. Moskva, Go9.nsuchno-tekhn,izd-vo neft,
i gorno-toplivnoi lit-ry, 1959. 353 (MMA 13:3)
(Prospecting) (Blasting3l
U-
ADONIN, A.N., kand.tekhn.nauk; ALIVMIZAIN, K.S., kand.tekhn.nauk;
AMITAN, V.A., kand.tekhn.nauk; ANISIMOV, Te.P., inzh.; APUSOV,
K.A., dotsent; B 'KIT, V.H., inzh.; BOGDAHOV, A.A., kand.
tekhn.nauk; GORBENKO, L.A., inzh.; DASIBLYAN, A.A., inzh.;
DAKHHOV, V.N., -prof.; IVANKOV, R.A., inzh.; KORIUMV, K.I., inzh.;
LAVHUSHKO, P.N., lnzh.; LESIK, N.P., inzh.; L0VLTA-,--SA-,--j kand.
tekhn.naulr, LOGINOV, B.G., kand.takha.nauk; KININZOV, G.K., kand.
tekhn.nauk; MOLCH"OV, G.V., kand.takhn.nauk-, KURAVITIV, I.K..
prof.; KUSHIN, A.Z., inzh.; CLISHUNG, D.Te., lnzh.; PODGORNOV,
M.I.. in2h.; FAITEMAN, I.L., kand.tekhn.nauk; YOKINA, Ye.D., lnzh.;
BFISM, A.K., inzh- Ldeceased]; TIMOV, P.R., vedushchiy red.;
KUKEIIHA, B.A., tekhn.red.
(Reference book on petroleum productionj Spravochnik po dobyeho
nefti. Moskva, Gos.nauchno-tekhnAzd-vo neft. i gorno-toplivnoi
lit-ry. Vol.2. 1959. 589 P. (KIRA 13:2)
(Oil fields-Production methods)
. . ..... PT,
W
. . . . . . .- - - - -
LOVLYA, S.A,L-Z-HIWOV, Yu.P*; BELYAYEV,B.11.
Means for improving the hydraulic fractuing method, Reft.khoz. 38
no,5:43-48 My 160. (MIRA 13:8)
(Oil wells--Hydraulic fracturing)
~N
4
S/020/62/143/005/009/018
B142/BI02
AUTHORS: Yevdokimov, G. S., Kaplan, B. L., Kogarko, S. E-,
_-~_Ovlya, S. A., Novikov, A. S., and Solodilov, L. N.
TITLE. The generation of elastic vibrations by the dotonation of
gaseous mixtures under water
PERIODICAL: Akademiya nauk SSSR. Doklady, v. 143, no. 5, 1962, 1085-1086
TEXT: .1 new way of generating shock -waves was developed for the purpose
of seismic prospecting under the ocean using the echo method. This method
is based on detonating mixtures of gases (H 2/02 or propane/02) instead of
-solid explosives. By this means the pressure on the shock wave front is
a:bout four times lower than when trinitrotoluene is used, because the -as
mixture is less dense and the velocity of detonation is loaer, so that no
fish are killed. The action of gaseous explosives was checked in several
LIests carried out in the Sea of Azov at a depth of 7-9 in. The --as mixture
-was ignited under water in a special steel container of 230 1 volume. An
exhaust valve above the water surface enabled the reaction products to be
Card 1/2
S/020/62/143/005/009/018
The generation of elastic vibrations... B142/3102
controlled. The reflected waves were recorded in the s6ismoc-raphic station.
Comparative expiosions using trinitrotoluene showed that the explosion of
230 , propane/oxygen mixture produces the same seismic effect as 1 kg
~rinitro'oluene. The H 0 mixture was less effective. There is 1 figure.
L. k, 2 2 1
ASSOCIATION: Vsesoyuznyy nauchno-issledovatellskiy institut geofizicheskikh
metodov razvedki (All-Unio-i Scientific Research Institute of
Geophysical Exploration 11iliethods); Institut'khimicheskoy
fiziki Akademii nauk SSSR (Institute of Cheimical PhYsics of
the Academy of Sciences USSR)
PRESENTED: June 7, 1961, by V. N. Kondratlyev, Academician
SUB' 'I TTED: May 17, 1961.
Card 2/2
KUDYYjOV, D.Ya.; KUZ'KNA, N.K.; LOVLYA, S.A
Using the shooting method to increase the productivity of water
wells. Razved. i okh. nedr 28 no.2:42-43 F '62. (MIRA 15-3)
1. Vsesoyuznyy nauchno-issledovatel'skiy institut geofizi-
cheskikh metodov razvedki.
(Wells)
YEVDOKIMOV, G.S.; KAPLAN, B.L.; KOGARKO, S.M.;,LOVLYA, S.A.; NOVIKOVY A.S.;
SOLODILOV, L.N.
txcitation of elastic vibrations in underwater explosions of
gas mixtures. Dokl. AN SSSEL 143 no.5:io85-lo86 Ap 162.
(MIM 15:4)
1. Voesoyu-,nyy nauchno-isoledovatellskiy institut geofizicheakikh
metodov razvedki i Institut khimicheskoy fiziki AN SSSR.
Fredstavleno akademikom V.N.Kondratlyevym. ,
(Underwater explosions) (Shock waves)
NEIASOV, Yu.F.; LOVLYA, S.A.; DIMZA, G.V.
Excitation of the charge detonation of torpedos under high
hydrostatic pressure. Neftegaz.geol. i geofiz. no.8:50-52
164. (,-IIPA 17:9)
1. Vsesoyuznyy nauchno-issledovatellokiy institut geofizicheskikh
Dietodov razvedki.
LEVIN, Ye.A,; LOVLYA, S.A.; MORD-ALSOV, V. V.
Basis for selecting the mat-nitude for torpedo charges in oil we'll
shooting with a view to breakirig. i,ipe-s. Burenie n0-3:34-37 165.
(MIRA 18:5)
1. Vsesoyuzriyy nauchno-ir-sledovatel'okiy institut geofizicheskikh
metodov razvedki.
M
R
Gi
L,1306-66--- EWT(l)/EW . AMMMI
-ACC NRi'AP6029761 A) souRcE CODE: uR/o4l4/66/OGO/OO2/0090/0095
AUTHOR: 8 A. G.-,(Moscow); Abramov, V. G.(Moscow); Loylya. S. A.- (Moscow) ;17~
Dementlyev' V. A. (Moacow)
Tw-. none
TITLE: Study of the conditions of application of the thermally stable explosive
No. I at high teuperatures
SOURCE: Fizika goreniya i vzryva, no. 2, 1966, 90-95
TOPIC TAM': explosive, thermal stability, critical temperature, 1'A ---- t f....
ignition delay , explosive charge, critical prefsmm3, high temperature effect,
i,Rnition, critical point
ABSTRACT: The conditions under which the thermally stable exDlosive No. 21/
(unspecified) may be used, e.g., under ele-~ated temperatures and pressureB,'.i deep
all wells, were studied experimentally and theoretically. Critical ignitionif empera-
ture T,,, critical induction period t*, and critical charge diameter d* were measured
in,a constant temperature reaction vessel with a layer of sand between the charge
an~ the reactor walls. Equations were derived for calculating the critical tespera-
tu4s of explosive No. 2 and for calculating the critical induction period for
the~le>ipiosive at any temperature. The upper temperature -Umit for the application
of xplorive No. 2 decreased with.increasing charge diameter from 190 at d - 1.6 cm
to P5C at d - 5-0 cm. The experimental data are in good agreement with the
calculated data. Since the induction period increased with increasing charge diameter,
.6
L 43036-66
fin; Ar-UVC.YjU_L
large diameter charges are not practicable. It is shown that the explosive
system has a "memory ef f ect", i.e. , the self -ignition delay in charges k;pt at
certain temperatures for a second time t2 = t in4 -tj5 where ti is the ignition delay
time after the first thermostating. I~ is shown That the explosiW.energy And
detonation velocity of the charge decreased with increasing residence time of the
charge. (in an oil well), and the sensitivity of the charge to impact increELS,ed.
,-with the residence time. Orig. art."has: 3 tables, 3 figures, and 4 formuias. jPSI
SUB CODE:.. .19.ABUBM DATE: 21.Jul65/ORIG REF: 007,AT D PRE s s: 5, o
-ACC-NR: Am6033432 Monograph-- __UR/
Lovlya, Sergey Aleksandrovich; Kaplans Berta Llvovna; Mayorov, Viktor-
Va-s-i-rty-e-vl-c-E-,--Xup-afo-v--TA-r-6polk, Igor' Konstantinovich
Blasting; blasting operations in prospecting geophysics (Vzryvnoye delo;
vzryvnyye raboty v razvedochnoy geofizike) Moscow, Izd-vo "Nedra,"
1966. 20 p. illus., biblio. Errata slip inserted. 4500 copies
printed. Textbook for students of geophysics at petroleum insti-
tutes.
TOPIC TAGS: geophysics, geophysical prospecting, blasting operation,
shock wave
PURPOSE AND COVERAGE: This book is intended for students of geophysica:
institutes for studies of oil exploration; it may also be useful to
engineers-geophysicists. The authors outline the fundamental
principles of the theory of explosive materials and of the effect or
explosions in a medium, The blasting methods used in seismic
prospecting.are analyzed and the techniques of operations and the
explosives used are described. The authors also describe methods
and apparatus for the use of explosives in eliminating borehole
stoppages and the removal of strata.
-Card.
ACC-Ni:-jj46-0jj4-3'i---
TABLE OF CONTENTS [abridged):
Foreword -- 3
Introduction -- 4
Ch, I. The theory of explosives 7
Ch, II, Explosive materials and the blasting techniques 49
Ch. III. Shock waves and the effects of blasting in various media
Ch. IV. Basic parameters determining the seismic efficiency of
the blast -- 107
Ch, V. Technique of blasting in seismic prospecting -- 139
Ch. VI. Blasting operations in deep boreholes -- 1 1
Ch. VII. Technique of safety in conducting blasting operations 191
Bibliography -- 204
SUB CODE: 08# ll/ SUBM DATEs
Card, 2/2
05May66/ ORIG REP:' 008/
MUZIKRAVIC, T.; SIVORV, J.; LOVODIC, B.
Rifocin and kanamycin sensitivity of wild strains of stapbylo-
cocci. Higijena 16 no. W13-115 64.
USSR/Cultivated Plants Grains. M.
Abs Jour : Ref Zhur Biol., No 4. 1958., 15529
Author : N.V. Turbin, L.I. Lovotskaya, Ye.A. Kunitskiy
Inst : -
Title The Principal Results of the 1955 Experiments on the
Study of Corn Varieties, Strains and Hybrids as Initial
Selection Stock,
(Glavneyshiye rezuIltaty opytov 1955 g. po izucheniyu
sortov ', liniy i gisbridov kukuruzy kak iskhodnoGo materia-
la dlya selektsii) -
Orig Pub : V sb.: Kukuruza v BSEIR, Minsk., MI BSSR, 1957, 24-59.
Abstract : This study which was conducted at the Bielorussian State
University in 1955 was dedicated to the problem of ob-
taining hybrid corn forms exhibitinj3 heterosiB in the
Bieloruesian SSRo Intervarictal, variety strain, inter-
strain, complex double and triple hybrids were studied,
as well as the hybrid population of corn.
Card 1/2
I 3W
USSR/Cultivated Plants Grains. M.
Abs Jour Ref Zhur Biol., No 4., 1958~ 15529
Many of these significantly exceeded the parental forms
in yielding capacity and other economically important
characteristics, however., not all proved advantaaeous
in cob yield as compared to the better varieties*
In cob yield (in the presence of harvesting moisture)
and green stuff, the complex hybrids and hybrid popula-
tion took first place, the simple interstrain hybrids
second, varietal strains took third, and the intervaric-
tals last place,
Card 2/ 2
_'U M
wtF
,14~
R,
LOVRECEK, B.
"Corrosion soiences" vol. 1, no.1, 1961, Reviewed by B,Lovrecek,
Groat chem acta 33 no.4s236 161.
1. Clan Redakcionog odbora, wGroatica chemica acta."
IZMCEK I B.
ffCorrosion scienw.0 Vol.1, no,l., August 1961. Reviewed bY
B. Lovrecek. Groaft chom acts. ~3 no-4:236 161.
1. Clan Redakcionog adbord., *Croatica chemica acta.n
British Abet.
A
Aug. 1953
Electroebemical Equilibria
Kinetics
Perin ssolution of lead in chyande acid. Al. Nariulin and
a LMCVI~l (Proe- XM77i-i =rrnal. Congr. Pure aTn775-TP =.-tem.,
-f`9TI 793-798).-A short survey is made of periodic and
iluto-periodic chemical reactions. Dissolution of Pb in CrO. solutions
is an examplo of the latter, Experimental data for the oscillation
of the potential of this system are presented anti a mechanism is
t I p" J; es t C 11. -A~~
and wi,
to Vf 4:;-C,57 Ir,
T
B., LINME, Z-,
_Z,jj, U T'7:.),,',--T7,TJT
of oxidic antimony Gres." P- 51
II Ell ctroretalluIrg.-Jeal proceq~in:~,
Vol. 2 Za, eb.)
, no. 3, 1953, r
SO: Yontbly List of FaSt Europc6n ACCes';i-nr,, Library of Con-res5
Aurruit 1953, U11cl-
LO VlfFC L A~
LGI, ECEK, B., SE-:IEK, 3- ,'.U7 I
"nectrometallurgical processin-, of oxide antd~-.-;ny ore~~. II. Electrolysis."
(KR.IIJA U 1TIDUSTUJI, Vol, 2, no
4, 19"), , igreb
P.
SO: Yonthly List of kost European Accession3, Vol. #8, Library of
Alu,-ust, Uncl.
Briinko-
0
MeWacberalcal by mearts of. an
1
K7
oxygert trinsferrer. A
"t'"
0
MEN a tia2stis m1einusis
YugostaXia . Radovi~
296, 05-830953).-Details are given of the oxidation of
vicatitte (1) through 0 transfer by means of KMnO4 (11)
as an 0 donor (2 KWO, + 2 KOH - 2 KiMnOt +
11,0 + 1/2 O~), with simultaneous electrochein. relienerationt!
of 11. An Fe, and alternatively, a Ni aunde of 220 or ~67
sq. Col., resp., were used in an electrolytic cell having a
clay diaphragm of 3 Col. diant. and 10 cm. height. With
an anolyte contg. 400 cc. of 2N KOH plus 9.16 g. of U and a
~Catholyte conig. 30 cc. of 2N KOH, a CA. of 0.0664 njjip./-
sq. em. was applied. During electrolysis, the anolyte was
fcd front a buret tit conit. rate asan aq, soln, of 1; the total
nmt, of I Added varied In bulividual runs from 2,8 to 11 .21
9. ' Expts. were Continued until color chanecs of Ihi- ano-
lyte indicated a total conversion of Nfno.-- and M1101- to
NIB02; the temp. was maintained in most cases at 80'.
The resulting nicotinic acid was pptd. as Cu nicotinate
(cf, C.A. 38, 38991) and its content was caled. from
the Cu content detd. electrolytically, The best yield of
ulcotinic acid was82.4%with theNi anode and 77.1% with
the Fe anode, the corresponding current efficiencies being
01.3 and 55.71/0, resp. The max. tie. of XMn04 regenera-
tions was S. Lower temps. appeared to improve the yields
4pt decrease the no. of possible regenerations. N. P.
lk
gn
LOVRECEK,, B. -NOVA., B.
LOVRECEK,B.;NOVAK,B. Electrolytic manufacturing of metallic manganese from
domestic raw materials.
Vol-4, No. 10i Oct. 1955 XEMIJA U INDUSTRIJI
SO: Monthly List of East European Accessions., (EEAL) LCJ, Vol. 5,, No.3
March, 1956
A J
.4yulLAVIA / Physical Chemistry. Electrochemistry. B
Abs Jour: Ref Zhur-Khimiya, 1958, No 20, 66963.
Author : LovLpnhpk R- -
Inst t given.
Title :Investigation of the Polarization of Platinum
Electrode.
Orig Pub: Croat. chem. acta, 1956, No 4, 261-271.
Abstract: By employing the Improved Hickling method (Hick-
ling A., Trans. Faraday Soc., 1945, 41, 333) the
behaviour of Pt electrode in 1 n-H2S04 and in the
atmosphere of N2 and 02 was investigated. The
oscillographic curves of potentials (for cathodes
and anodes) revealed the presence of plateaus lo-
cated in the range of,;6 variations of 0.5-0.75v
that corresponded to the reversible reaction -
02 + 2H+ + 2e T� H202. A detailed schematic dia-
Card 1/2
12
YUGOSLAVIA / Physical Chemistry. Electrochemistry. B
Abs Jour: Ref Zhur-Khimiya, 1958, No 20, 66963.
Abstract: gram, that depicted an arrangement that resulted
in minimizing flow of the reverse current through
an electrode under investigation, is provided.
Card 2/2
2
IN
YUGOSLAVIA/Chemical Technology - Chemical Products and Their
Application. Elements. Oxides. Mineral Acids.
Bases. Salts.
Abs Jour : Ref Zhur - Khimiyaj NO 17, 19581 57957
Author : Vrbanac Olga, Lovrecek Branko., Lovrecek Ivan
Inst
Title Chemical Processing of Local Manganese Ores.
Orig Pub Kemija u industriji, 1956, 5, No 5. 85-87-
Abstract Report I, See RZhMat., 1956, 2956.
Card 1/1
H-8
- 15 -
Va
rl
~,;~
F,; 1''.
77
en,
S
An apparatus for measurements of the captdt( a the
electrical double layer on the dropping marcury-e "trade.
"li.-lAivreZek and V. jendrw4i~ (Univ. Zagreb, Yug =1avia).*
-tVMT'n7M-XeT,i 3T6YM(Tooo)(i'ii-Cr(-xltiaii).-A descrip-
tion (31 an app. is given, consisting of tile gluss cell with
electrodes, tile polarization unit, and a circuit for ineasuring
potentials. The polarization unit consists essentially of a
high resistance in series wit lithe cell. This simple device is
capable of stabilizing the polarization current to within
tht%s The H-shaped cell can taini tile Pt anode, the dro
pIng fig electrode (I)MR), the salt bridge connection to ( Ile
caloinel standard electrode, nod un auxiliary Pt electrode for
pre0lectrolysis of the soln. in the purification process. The
ine,asuring circuit consists of time base (x plates of the cath-
ode-my tube) with a pentode valve and all EC-50 thyratron,
through which the 10-microfariul capacitor dischardes.
S nebronization of the time base and the dropping time
'The DMH is accomplished manually. Tile d.-c. amplifier
o
Is constructed with art AFIOO pentode valve with ronnectintis
soldered directly to the pins. The tube vilth tile conuee.
tiolls is then supported on mi insulating (celluloid) base.
-The outplit of tilt pentode is applied to tilt V-platC5 of tilt
cathode-ray tube, yielding a sewitivity of 0.0 num./mv.
Pell, zation cxpts. in OAN NaOH +O.lAf Nat.SO~ soins
ax~
after rigorous purification give differential capacities of th(:
rmm double layer froin 27.3 (at 0.741 v.) to 20.3 micro-
foruds/sq. cm. (at OAW v ). (The potential of the unpolar.
IscA Dill I, was tnken as tl;e reference potenINI.)
Y. tv V. Prav(R (Cchr- 1
717~
JELENIC, I.; LQUEGM, Branko* MARICIC, Sinisa; VEKSLI, Z.
A"
Electrical conductivity of borax. Croat chem acta. 32 no.2:111-113 160
(EEAI 1C:4)
1. Department of Structural and Inorganic Chemistryp Institute
"Radar Boskovio" and Department of Physical Chemistryp Technological
Facultyq University of ZAgreb, Zagreb, Ci..jatiaq Yugoslavia. 2.
Redakcioni -odbor (Committee of Publicatim:), Croatica Chemica Acta.
members of the Committee (for Lovreeek,-m-'aricia)
(Borax) (Electric conductivity)
IDVRECEK., B.; KUNSTq B.
Electrochemical properties of the junction of ion-exchanging
membranes. Note 1. Croat chem, acta 34 no.3:2.37-151 162.
1. Institute of Electrochemistry and Electrochemical Technology..
and Institute of Physical Chemistry.. Faculty of Technology.. University
of Zagreb, Croatia, Yugoslavia. 2. Clan Redakcionog odbora', "Groatica
Chemics, Acta" (ior L(m-ecek).
LOVRECEKO B.; KUNST, B.
Electrochemical properties of the ion-exchange membranes junction.
Pt. 3. Croat chem acta 35 no.1:7-1,1 163.
1. Institute of Eleatrochemiotry,and Electrochemical Technology,
Institute of Physical Ghemistry, Faculty of Technologyp University
of Wgreb) Zagreb, Croatia Yugoslavia. 2. Clan Redakcionog otbora,
OCroatica chemica acta" (for Lovrecek).
J~
FROHASKAO Boris; LOVRECEK, Dubravka; JMIC, Ljubomir; ALUNIC, Emil
- ---------------------
Studies on urea aducts. 1. Deparaphination of petroleum products by
means of urea. Nafta -Tug .12 no.6:151-157 -Te 161.
1. Tehnoloski fakultet - Zagreb.
(Urea)
V UM
Cho-inkat treatment of domestic maganest ores, Olga:
Vrb-nn . Brw*o L4Dvrc&k. and Ivan Uvre&k (Univ.
G Zagreb). (Zagm 4. 56
Un, ore from the Cer Mine in Maapdonia, was reductd with
town gas in a tab. clec,tube furtiace. The ore contained
MnOs 38.9, hfgO 0.8, CaO 4.0. M.0, 8,0, FeA 17b, and
SiOrgg%. The wtunw-u yield wa3 97.4% Mu at 750*.
K,
YUGOSLAVIA Chemical Technology. Chemical Products and Their j-8
Application - Treatment of solid mineral fuels
Abs Jour Referat Zhur - Khimiya, No 2, 1958~ 5823
Author I. Lovrecek Ivan Bauman Egon
II.-lovrecek Ivan, Bauman Egon, Strohal Petar
Inst Not given
Title Desulf)arization of Coke
Orig Pub Kemija u industriji, 1956, 5, No 4, 61-63; No 10, 244-246
Abstract In a laboratory unit a study was made of the desulfurizing
action of gaseous NH3 on coal, of the Rasha and Lashko-
Rasha deposits, during the coking process. Coke of Rasha
coal that was not treated with NH3 contained 7.,q% S4
after coking in NH atmosphere it contained 6.34% S, The S-
content of coke fPm Lashko-Rasha coal was, respectively,,
Card 1/2
1UGOSLAVIA Chemical Technologyj Chemical Products and Their J-8
Application - Treatment of solid mineral fuels
Abs Jour Referat Zhur - Khimiya, No 2., 1958j, 5823
Abstract 2.39 and 1.55%. The effect of superheated steam on the
coke thus obtained was tested. Decrease of S-content was
greater in the case of cOke produced in N[i , atmosphere
(7.23% in lieu of 7.82J. with coke from Ra2a coal).
Card 2/2
YUGOSLAVIA/Chemical Technology - Chemical Products and Their
Application. Elements. Oxides. Mineral Acids.
Bases. Salts.
Abs Jour : Ref Zhur - Khimiya, No 17, 1958, 57957
Author : Vrbanac: Olga, Lovrecek Bran1w, Lovrecek Ivan
Inst
Title Chemical Processing of Local bhnganese Ores.
Orig Pub Kemija u industriji, 1956, 5, No 5, 85-87.
Abstract Report I. See RZhMbt, 1956, 2956.
Card 1/1
- 15 -
J.
1,
6
Yugoslavia Ahemical Technology. Chemical Products 1-12
and Their Application
Silicates. Glass. Ceramics. Binders.
Abs Jour: Referat Zhur - Khimiya, No 9, 1957, 31648
Author : Tarjan Duro, Lovrecek Ivan
Title : Current Methods of Cementing Petroleum and Gas
Wells
Orig Pub: Nafta (jugosi.), 3-956, 7, No 6, 172-183
Abstract: Consideration of problems of well cementing,
building of cement plants, production of differ-
ent varieties of cements and mixtures thereof.
A comparative evaluation is made of the quality
of domestic and American cements.
Card 1/1
4
YUGO SL.',.V II/Chemic al Technology. Chemical ProductsH
and Their Uses. Part LLL. Chemical
Processing of Solid Fossil Vuels.
ILbs Jour Ref Zhur-Khimiya, No 15, 19589 51436
Luthor _T-nyrneelc. .1yan,-- Popovic , Vilivoj-g
Bauman, tgon
Title Operation of a Jigger and Enrichment
Curves.
Orig Pub Kemija u industriji, 1~956, No 11, 277-283
Abstract Experimont4 work was clone on comparison
of results of jigginq of various grades
of Yugoslavian coals . The wo-fk was conduc-
tod on a han(I oporated Jigger an~! on a somi-
commercial Jigger of the Gertz type. The
Card 1/2
59
I
, - t-.,4 - -v --- ".-- ~
. I. ~ . I I I - --' A--e-I
- I B-Ini- ~7"- - -
YTJG03LAVIA Chemical Technology. Chemical Products H-22
and Meir Applications. Chemicai froces-
sing of Solid Fossil Fuels.
Abs Sour: Ref Zhur-Khimiya, No 3, 1959, 9B59.
Authors LoySQ"k,,J. , MedWecky, A.
Inst N6-t given.
Title Drying of Coal Under Pressure.
Orig Pub: Kemija u industriji, 1957, 6, No 81 205-215.
(Yugsslavia)
claves with a capacity up to 20 in under preasuve
of 25-30 ata.,osnheres and heatinE period of 60-75
minutes at 210-2150 was investigated. In the
drying process the greater part of the moisture
is reil-oved and the coal does not crack or break
up. The effects of pressure and the period of
in auto-
Abstract: Drying of lignin from Kosova,
Card 1/2
YUGOSUNIVChemical TechAqlogy. Chemical Products H~-22
and'Their AppItcations. Cheraical Pro-
oossing Qf Solid Fossil Fuels,
Abs Jour : Rof Zhur-Khiniya, No 71 19 591 24737
Author :_Lovrccokj__I,q Baumang H.9 Hrdlicka, N.
Inst
Title s Desulfurization of Coke, IV.
Orig Pab z Kemija u industriji, 1957, 61 No 12, 367-
368, 38o
Abstract : Results are presented of tho coking experi-
ments conducted at 700 and 8000 employing
four types of local coal with the addition
of 2 porcent Al 0 -1-2 percont sodium alu-
minato, gaseous and water vapors in dif-
ferent combinatioNe Tho effectiveness of
Card 1/2
_IAN;
T r,77--!;- T T - L:~S, -C
D n g U t n; c f =,a Vuko.,iieric!- l,rJ ce.
M; JA U DU S T FJ EL (!;Iruoltvo
Voll. 80 Tl-:). 5, -May 19519.
1- nthly list of the Sr~st El c,,, ns -C, vd.
pean .-Lccessin
P,
LOVRECEK., Ivan, prof#, ing.; KUKOVICA, Yilrjana,, ing.
Drying of peat under pressure. Kem ind 10 no.]-1-391-399 N 161~
1.Zavod za anorgansku kemijoku tehnologiju, Kemijsko-tehnoloski
odjel, Tehnoloski fakultet Sveucilista u Zagrebu.
Y/002/62/000/010/001/001
D285/D307
AUTHORS: Loyredc Ivan. 1~rofessor, Engineer and Bauman,
Egon, Doctor, Engineer
TITLE: Thd extraction of bromine from the mother liquors
rempining after the recovery of NaCl from seawater
PERIODICAL: Keml4ja u. Industriji, no, 10, 19621 579-595
TEXT: The economics and possibilities are discussed of
the extraction of useful products from seawater concentrates remain-
ing after the extraction of NaCl. Chemical compositions and some
physical properties of various waters and-concentrates are tabulate2L.
The chemical reactions and physical properties of elemental bromim,
and some of its organic and inorganic compounds.are reviewed in
brief, and a description is given of.the.known processes by which
bromine may be extracted from seawater, its iransportation, storage
and handling. On the basis of their own work, the authors proposed
a design for a semi-industrial scale bromine extraction plant. The
process consists essentially of treating.the heated concentrate,
Card 1/2
V N_
The extraction of bromine ...
Y/002/62/000/010/001/001
D285/D307
which may contain, e.g. 1-2 g of bromine per liter, idth a mixture
of steam and chlorine. The didplaced bromine is then condensed.
Parameters of the laboratory and of the pilot plants are discussed
in some detail. It is concluded that the extraction of Br2 from.
Yugoslav seawater concentrates is economically sound and that the
output should exceed internal requirements, leaving a surplus for
export. 'I"here are 12 figures and 30 tables.
ASSOCIATION: Zavod za anorgansku kcmijs1.7a tehno)-og-iju, Kemijsko-
tehnolo6ki odjel - Tehnolo9ki falcultet u Zagrebu
(Institute of Inoryanic Chemistry Technology, Chem-
ical Technology Department, Technological raculty
at ZagFsb)
Card,2/2
LOVREGEK, Ivan, prof. inz.; BAUMAN, Egon, Aoc. inz.
Bromine recovered from thebitterns of sea saltworks. Kem ind 11
no-10:57.9-595 162.
1. Zavod za anorganslal kemijoku tehnologiju, Kemijako-tehnoloaki
ocid6l,, Tehnoloski fakultet u Zagreba.
LOVRECEK, Ivan, prof.ing.; BEER, Eduard, inz.
Lignite drying under pressure. Tehnicki pregled 14 no.1:17-27
162.
1. Zavodi za anorgansku kemijoku tehnologiju, Kemijsko-tehnoloski
odjel, Tehnoloski fakultet u Zagrebu.
i
C- e:~ Z-
IOOVREIKO* LO
Simple methods for testing the nitrate reducing, catalase and fat
splitting activity of bacteria. Acts. microb. hung. 4 n0-3:363-365 1957-
1. Institute of Epizootilogy of the Veterinary College, Budapest.
(BACTIRIA
nitrate redacing, catalase & fat splitting activities,
testing methods)
(NITRATAS, metab.
bact. reduction. testing methods)
(CATAIASE
bact. splitting, testing methoda)
(FATS, metab.
same)
LOVUKOVICH, L.,-_ MMU, Z.
Species-specific antipens of pseudomonastabaci. Acts, microbiol. acad.
sci. hung. 8 no.300.3-310 161.
1. Research Institute for Plant Protection Budapest.
(.PSkUDOMOTIAS immunol) (ANTIGENS
LOVREKOVICHI L.; IMT1.1
j4EhT 2 Z.
A practical method to demonstrate the bacterial infection of
bean seeds. Acts. agronom Hung 12 no.1/2:83-88 163.
1. Research Institute for Plant Protection, Budapest.
LOVRIC, N.
Mechanizing works on forest roads. p. 20
DRVN,A INDUSTRIJA. (Institut za drvno-industrijska istrazivanja) Zagreb, Yugoslavia
Vol. 10, no. 1/2, Jan./Feb. 1959
Monthly list of East European Accessions (EEkI) LC, Vol. 8, no. 9., Sept. 1959
Uncl.
LMaG ras~FOuz.
A working meeting of the-German Cartographic Society hold at
Idederdollandorf. Geod list 16 no.4/6:207-208 Ap-Je 162.
1A
a
LOVRIC, Pasko, dipl. inz. (Zagzrob)
Review of the current map making. Geod list 18 no.7/9sI98-
212 ji-s t64.
.7 1 , I - f 1- 7-1
.. - _(Zagreb'
P~Lq~q, inz.,
/a
HeliograpbAc print. Gec?d list 17 no.1,0112-049-315 (';-D!6"
1. Geodetaki fakultet, ZLgreb.
'A
1~., Tomislav., inz. docent (Zagreb)
Some problems related to the preservation of native color in
fruit juices. TehnikEL Jug:Suppl,--BmI-rdaT ind i Hemindustrija 17
no.21*7-351 Fe t63.
1. Tshnoloski fakultet Sveucilists, u Zagrebu,
LOVRTG, Tomislavp inz.
Influence 6f pertain technological factors on the content of
cxyj~ethylfurfural in clierry and blackberry juices. Kemija u
industriji 11 no.9s527-530 S 162.
1. Zavod zib. tehnologiju konzerviranja,, TehnolOBId fakultet, Zagreb.
LOVRIG, Tomislav,.inz. (Zagreb, Pierottieva 66/III);JOVIC, Veljko,
inz.; SKOK, Silva
Problem of identifying cannrl -ohydrated dry pens. --hnika
Jug 18 no. 8: Supplement Prebran ind 17 no. 8: 1545-
1549 Ag 163.
1. Biotehnoloski odjel Tehnoloskog fakulteta, Zagreb.
LOVSHIKOVS V. S.
"Dezincification of Lead With Cblorine.ff S-ub 10 Apr 47., Moscow last
of Nonferrous Metals and Gold imeni M. I. Kalinin
Dissertations presented for degrees in science and engineering in
Moscow in 1947.
SO: Sum.No. 457, 18 Apr 55
0,
M.
PMP
LOVSHIN, V. L., G-ROSSIEV, L. V., R-H.-OV, S. 1A., F-E"t-l-l-DERG) Ye. L.,
Physics Course, Vol. II (Electricity, OPtics, Nuclear Physics), Ministry
of Hi&-er Education of USSR, Moscow, 1914-7 (PAPAIF-KSI, N. D., Editor) .
FIR
f) I /J1 fZ?
so
.3 3
14
I's 4 P: lip
k 0
k 0
Ale.
5 . IA
jH c1 Hui E
I i pain
to
is
4
.31
g _Q
LOVSIN, 4nez
Problem of ambulatoi7-poLvelinic measures in preventive serric-ef,
in Celje. Zirav.vest., Ljubljana 24 no-3:115-117 1955.
1. Wastni idravoiveid dom v Ce1ju - upravnik Dr. JenS2 Lovain.
(MIC115, xftvmivx,
In Tugool.. ambulatory-pol~yclinic serv.)
RAKovBC,
Adren-ogenit-1-1 syndrc=e- Zdrav. vestn. '2L no.3:1-1-L9 165.
1. Kirurgicna klinika medioinske fakultete v Ljubljani (pred-
stojnikz prof. dr. Martin Beened1k); Ctrorkt oddelek bolnisnice
Koper (preds-tojnika dr. Branko Salamm),
BIBISHEV, Aleksey Vasillyevich: RABIROVICH, Zinovjy Takovlavich; PRUU,
WVSK lush., retsensent; TAKOVLIV, L-.K.,.insh., red*;
red. izd-va.- ELIKIND,J.D., tekhn.red.
[Electric equipment'of gas engines] Zlektroo~orudovanie gazovykb
dvigatelei. %skva, Goo. nauchno-tekhn.izd-vo mashinostroit.
lit-ry, 1958. .113 P. (MIRA 12:2)
(Gas and oil engines--Electric equipmbnt)
E
The ind-uced s:rnthesi~; of' :n7i--er f-n racr~)orr?anisms. In Enrlish. o.
rrcA. 701. 1, no. 1!, 191-6, -,-a, Poland!
(.A(',!'A E:100K JCA POJ,111.~
SO: "onthlv List of East, Furooean Accespions (F-"-:AL) LC. Yol. 6, no. 12, Dec. 19~7.
Uncl.
JANION, Celina; -LOVTVP, S.
Primidine nucleoside hydrolyase in Thermobacterium acidophil=.
Acta biochim. pol. 10 no.2:183-189 163.
1. Department of Hi6tologyp University of Goteborg, Sweden.
JNUCLEOSIDASES) (LACTOBACILLUS) (CHMSTRY)
JANION, Celina; IANTRUP, S.
Formation of uracil, nucleotides in Thermobacterium acidopb$lium.
Acts, biochim. pol. 10 no.2:191-198 16,
1. Department of Histology2 University of Goteborg Sweden.
(LLCTOBACILLUS) (URLCIL NUCLEOTIDES)
USSR/Soil Science. Organic Fertilizers. j-4
Abs Jour: Ref Zhur-Diol., No 6, 1958, 24776.
Author Lovtsevich,LE_.L,-
Inst
Title Utilization of SewaGe for Agricultural Purposes
Abroad.
Orig Pub: Gigiyens, i sanitariya, 1957, No 5, 63-66.
Abstract: No abstract.
Card 1/1
-V
I4)VTSBVMH 't Yej!,_--.,
The role of water in transmitting poliomyelitis. Gig. i san. 23 no.4:
51-55 Ap 158. (MIRA llz6)
1. Iz kafedry kommunalIncy gigiyeny I Hoskovskogo ordena Ienina
meditsinskogo institute imeni I.H.Sechenova.
(POLIOMILITIS, tranam.
water (Rua))
(WATER POUUTION
role in poliomyelitis transm. (Rua))
ACC NR% AP5026261 SOURCE CODE: MR&
AUTHOR: _B~he~nko$ V.A.; Lovtsevich, Ye. O'S
ORG- Acaderny of Communal Economy im. K. D. Pamfilova. Akadei
--khozyaystva);--Iastitute -of-PoliomyeUtis -and -Viral- Encephalitis, -AMN
poliorniyelita. i virusnykh entsefalitov AMN SSSR)
35/000/008/0026/0029
3
koffim4Aalw0go-
Cxu~ow awtitut-
TITLE: Comparative stability of enteroviruses and Escherichia coli du~ing~decontamlnation of,
water with g~~r~adlatlp/j
SOURCE: Gig'iyena i sanitariya, no. 8, 1965, 26-29
TOPIC TAGS: gamma irradiation, biologic decontamination, virus, bacteria
ABSTIRACT: The object of tWs work was to study the dynamics of inactivation of enteroVirUBeS
in water b and
gamma radiationl~nd to determine the, relative stability of enteroviruses
Escherichia coli to this radiation. The specimens studied were type I poliomyelitis virus
(Mahoney strain), E CHO-7 virus (Wallace strain), and Escherichia coli (strain 734). The
decontamination dcses for all three specimens were determined. Judging from the inactivation
dynamicsi Escherichia coli is less resistant to gamma irradiation than the enteroviruses, and
hence cannot be used as a reliable index for the decontamination of water containing entero-
viruses. In order to inactivate the enteroviruses, the irradiation dose must, be two to three
times greater than that necessary for the decontamination of water containing Escherichia
coli. Orig. art. has: I figure and I table.
Card 1/2 UDC: 576.858.23+576.858].097.22: 614.777-084.487