SCIENTIFIC ABSTRACT BELOZERSKI, A.N. - BELOZERSKIY, N. A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000204520005-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

I.S.; OSTROYMY, D.N.; BBWZERSKIY, A.H.
first products of orthophosphate assimilation from the culture
medium by the a7celium of Penicillium chryeogenum q-176.
Dokl. AN SSSR 135 no.2:467-470 N 16o. (MIU 13:11)
1. 14oskovskiy goeudaretvennyy universitet im. M.V.Lomonsova i
Institut blokhimii im. A.N.Bakba AN MR. 2. Oblen-korreepondent
AN SSSR (for Be'lozerskiy).
(Psaicillium) (Phosphorus metabolism)

11
I t. N. (USSR)
113pecies Specificity of Nucloic Acids."
Report presented at the 5th International Biochemistry Cong-ress,
r-loscow, 10-16 August 1961

BEIDZERSILU t Andrey NikoUyevich; STAROSTWOVA, N.M. , red.; SAVCHENKO
le.v. 1 tbMm-.redv-~-
[Wucleio acids and tbair'biolbgical importance] Nukl-winovye kisloty
i ikh biologiobeo)w4 maacb6nie Moskvat Izd-vo Ofta-le," 1961. 46 p.
(Voesoltzmbe obsbobest*6'~b-i-a;l~ostraneniiu politicheskikh i naueb-
rqkh 9man'S, Ser. 7p Biologiia i meditsinat no.11) (KMA .14:7)
1. Chlen-korreopondent AN SSM (for Belozerskiy)
(Rucleio acids)

BUOZERSKIX. A N
M..V.Lomonosov and some problems of modern biochemistry Vast. Mlosk,
un, Ser. 6: Diol. pochv. 16 no.1:7-15 S-0 161. WA 14t10)
(LOM01108OV2 14IKMIL YPILIEVIGH, 1711-1765)
(BIOGMUSTRY)

ULAYEV, Ls#)__~ ~K ~A.N OSTROVSKIYp D.N.
_Ptudying ac.%i7ooluble phosphorus compounds of penicillium
04IVoogemm Q-176 under different conditions of cultivation.
BiiiWmiis, 26 no. 1:3.&1-199 ja-F 161. (MIRA 14:2)
1. Institute of biochemistryl Academy of Sciences of the U.S.S.R.p
and-Faculty of Biology and Soil Sciencesp State Universityp
Moscow,
(PENICILLIUM) (PHOSPHORUS M~TABOLISM)

ZAYTSEVA, GA; AGATOVAO A.I.j BEL02ERSW A.H.
Some.d.ata on the relationship of nitrogen fixation with respiration
and oxidative phosphorylation in Azotobacter vinelandii. Blokbimiia
26 no.2:338..339 Mr-Ap 161. (MIRA 14:5)
1. The Faculty of Biology and Soil Science, State University,, Moscow.
(AZOTObACTER) (NITROGEN-FIXATION)
(aXIDATION, PHYSIOLOGICAL)

KOKURINA, N.A.; KUIAYEV, I.S.; BELOZERSKIr, A.N.
Study of phosphorus compounds in some strains of actinmycetes.
Milc~obiologiia-30 no,.,ltl5-20 Ja-F ~161. (MIRA 14-- 5)
1. Biologo-pochvemW fakulltet Moskovskogo gosudarstvennogo
universiteta imeni M.V.Lomonosova.
(ACTINOMYCES) (PHOSPHORUS IN THE BODY)

ARTONOV, A.S.; BELOZOSKIY, A.N.
C;lavarative study of the nucleotids composition of desoxyr bonncleic
acids in some vertebrates and invertebrates. Dokl.AN SSSR 138
no.5t1216-1219 Je 16le (MA 1436)
1. Moskovskiy gosudaratvenW universitet im. M.V.Lomonosovae
2. Chlen-korrespondent AN SSSR (for Belozerskiy).
(Desoxyribonualoic acid)

B103YB101
AUTHORS: Zaytseva, G. N., Khmell, I. A., a,-id Belozerskiy, A. N.v
Corresponding Member AS USSR
TITLEt Biochemical changes in a synchronous culture of Azotobacter
vinelandii
PERIODICALt Akademiya nauk SSSR. Doklady, v. 141, no. 3, 1961, 740 - 743
TEXT: The developeental cycle of a cell was studied in an Azotobacter vine-
landii culture with synchronous cell division (Refs. 4 and 5, see below).
This culture is most suitable for studies on biochemical changes of important
macromolecular substances and their preliminary stages of synthesis in the
vital process of every cell.' Synchronization (two cycles) was caused by -the
action of low temperatures on a culture contained in a reaction vessel of
-45 liters (Refs. 4 and 5, see below). As soon as -2-10 cells per milliliter
of nutrient medium were reached, the culture was cooled down to 5 - 70C
within 20 - 25 min by flowing water. For 1 hr it was kept at this tempera-
ture. Vapor was passed through to elevate the temperature rapidly to 30OC-
The cells were counted in a Goryayev chamber LAbstracterl~ note: Chamber
,not stated.], and the biomass was nephelometrically measured. Samples of
Card 1/ 4
S/02 61/141/003/019/021

S/02 61/141/003/019/021
Biochemical changes in a... B103YB101
3-0 - 3-5 liters each were taken out for analytical studies. (0) Initial
,sample; (1) after cooling; (II) before first division; (III) after first
division; (IV) during second lag phasel (V) before second division; (VI)
in the middle of secOnd divisionj (VII) ~.t the and of second division, and
(VIII) before third division. Nitrogen and phosphorus compounds were
fractionated and quantitatively detarmined by methods described earlier
(A. N. Belozerskiy at a1.# Mikrobiologiya, L6, 409 (1957)1 G. N. Zaytseva
et al., Mikrobiologiya, L8, 675 (1959); A. N. Belozerskiy et al.,
Biokhimiya, 2A, 1054 (1959 ). After fraotionatlon, mononucleotides, RVA,
and DNA, were spectrophotometrically measured by C~D-4(SF-4). The DNA
amount was chemically determined according to K. Burton (Ref. 3, see below).
The accumulation of the total nitrogen per 100 milliliters of nutrient medi-
um, and biomass increase were found to take 'lace almost simultaneously.
'Since the total nitrogen of the culture increases exponentially, the nitro-
gen fixation is also assumed to proceed exponentially. Calculated for the
first division cycle of the whole culture, protein nitrogen shows a slight
tendency to increase by steps. Calculated for one cell, this tendency
becomes evident: The protein-N amount increases at the end of each lag
phase and decreases noticeably immediately after division. The amount of
Card 2/4

S/020/0'1/141/003/019/021
Biochemical changes in a... B103/B101
NE2 nitrogen of amino acids, however, Cozioiderably decreases before cell
division. This is probably due to an intense consumption of free amino
acids in the protein synthesis. The considerable increase of amino acids
during call division is probably due to a slow protein synthesis at this
stage. It was also found that DNA synthesis during synchronization took
place periodically, i. e., largest amounts of DNA were accumulated before
cell division. After division, it is reduced during two cycles in exact
harmony with the rhythm of cell division. With RNA, these -'fluctuations
are less evident and only noticeable during the first cycle. Calculated
per cell, this periodicity is very clear and indicates the participation
of RNA in cell mass synthesis, especially that of proteins. During cell
division, DNA is not synthesized,'and as far as there is an RNA synthesis
during that period it proceeds'very slowly. DNA synthesis in Azobacter calls
is assumed to take place shortly before cell division. The amount of acid-
soluble mononucleotides increases rapidly before each cell division, then
a sudden drop follows. This holds especially for diphosphates and triphos-
phates of nucleotides which increase and decrease together with nucleic
acids. Other phosphorus compounds also have cyclic fluctuations. Du-ring
cell division, polyphbaphates insoluble in acids decrease, whereas acid-
Card 3/4

S1020161114110051',,)191021
Biochemical changes in a... B103/B101
soluble ones increase. High--molddular polyflkosphates are assumed to be
reduced to low-molecular fragments and orthophosphate to provide paosphorus
and energy for cell division. Phosphoric esters of sugar show no periodic
synthesis. Polysaccharide increases exponentially. Phospholipids are
cyclically synthesized. N. D. Iyerusilimskiy, Corresponding Member AS USSR,
is thanked for his interest in the work. There are 4 figures and 12 refer-
ences: 4 Soviet and 8 non-S6vi6t_._ -The three most important references to
English-language publications read as follow3: Ref. 4: A. Campbell,
Bacteriol. Rev., 21, 261 (1957); Ref- 5: 0. H. Scherbaum, Ann. N. Y.
Acad. Sci., 20, 565 (1960). Ann.Rev. Microbiol., 1A, 283 (1960); Ref. 6;
K. Burton, Biochem. J. 62, 315 (1956).
ASSOCIATION: Moskovskiy gosudarstvennyy universitet im. M. V. Lomonosova
(Moscow State University im=-ni M~ V. Lomonosov)
SUBMITTEDs July 4, 1961
Card 4/4

KUIAYEV, I.S.; BELMERSKIY, A.K.
Condensed inorganic phosphates in the metabolism of living
organisms (to be continued). Izv. AN SSSR. Ser. biol. no.3-.354-369
my-.Te 162. .(PHCGPIIORUS WTABOLISM) (MIRA 15:6)

BELOZERSKIY, A.'N. '7p-ro'f.
Innermost -see r6taof life.- Zdorovle 8 no.5.-9-10 My 162.
(MIRA 15:5)
-1. Ghlen-korrespondent, AN WSRP prof. -
(NUCLEIC ACIDS)

EELOZERSM (14oskva).
Problem of the apeoificity of nuclelo aoids. Vest.AMN S.S.S.R.
17 no.12:13-19 162. (MM 16SO
(NUCLEIC ACIDS)

KULAYEV, I.S. ; BELOZERSICH, A.K.
Condensed inorganic phosphates in the metabolism of live organisms.
Izv.AN SSSR.Ser.biol-27 no.4.502-522 Tl-Ag '62. (MIRA 15:9)
1. Institute of Biochemistry, Academy of Sciences of the U.S.S.R.
and Faculty of Biology and Soil Sciences, State University, Moscow.
(PHOSPHORUS METABOLISM)

39209
S/220./62/031/002/002/004
dA0 101811218
AUTHOR: Zaitseva, G. N. and Belozerski, A. N.
TITLE: The effect of X-radiation on the metabolism of free nucleotides and on the enzymes of
nucleic acid metabolism of Azolobacter agilis
PERIODICAL: Mikrobiologiya, v. 31, no. 2, 196?, 209-215
TEXT: X-radiation caused an accumulation of free mononucleotides (in 4. agifis 22A (22D)) mainly of nu-
cleoside-monophosphates. The content of nucleoside-di, and particularly triphosphates greatly diminished. X-
radiation inhibited oxidative phosphorylation and greatly supressed the activity of nucleoside phosphokinase
which catalyzes transphosphorylation of mononucleotides. X-radiation reduced the activity of polynucleotide
phosphorylase, and activated ribonuclease and an appreciable drop in RNA content of irradiated 4. agilis
cells was noted. X-radiation also stimulated the activity of DNase which brought about a decrease in
DNA content in the irradiated cells. Since X-radiation brought about an inhibition of nucleoside phosphokinase
and other enzymes involved in nucleic acid synthesis and stimulates the activity of hydrolysing enzymes, the
nucleases, the de novo synthesis of nucleic acids was retarded or altogether arrested. Nucleic a6ds present in
the cells prior to irradiation undergo decomposition. It has also been shown that X-radiation directly affects
high-molecular polynucleotides.
Card 1/2

The effect of..
S/220/52/0311002/002/004
1018/1218
ASSOCIATION: Biologo-pochvennyy fakul'tct Moskovskogo gosudarstvcnnogo univcrsitcta im. M. V.
Lomonosova (Department of Soil Biology, Moscow State University im. M. V. Lomonosov)
SUBMI17ED: July 10, 1961
Card 2/2

B=ZERSK3:Y.. A. N. * akiLdmik
Npolsio acidis and the problem of protein biosynthesis. Vest* AN
SSBR 32 no:10:26-35 0 162. (MIRA 15:10)
(Nucleic acids) (Froteino) (BiosYsthesis)

- ANTONOV, A.S.; BELOZ~R=t A.N.
Gomparat-~.v,e'study of the domposition of ribonucleic acids -
in some v%.tebratea and invertebrates, DOkle AN SSM 142
no. 5:1184-1187 F 162. (KMA 15:2)
1, Moskovskiy gosudarstyennyy universitet im. M.V.Lomonosovae
2. Chlen-korrespondent AN SM (for Belozerskiy)

NAUMDVA, I.B.; BELOZERSKIY. A.N. i SWIMVA, P.A.
Isolation and some properties of teichoic acid from Actinomyces
streptomycini-.Krass. Dokl, AN SSSR 143 no.3030-733 Mr 162.
(MM 15:3)
1. Chlen-korrespondent AN SSSR (for Belozerskiy).
(ACTIMMYCES) (TEICHOIC ACIDS)

CHZHA AN-TIN [Chao Pang-tling]; SYUY CHAN-FA IHBU Ch'ang-fal;
LCZMK9, A,.N. , akademil; ZAYTSEVA , G.N.
Study of some vueleotide-peptides in the process of development
of Azotoba~cter vinelandii, Dokl, AN SSSR 146 no.4:937-940
0 162. (MMA 15: 11)
1. Moskovskiy gosudaratvennyy univeraitet im. M.V. Lomonosova.
(Azotobaoter) (Peptides)

VANYUSHIN, B. F.; MASHARINA, L. V.; BEMMSKIY, A. N., akademik
Pyrimidine distribution in demcftibonuoloic acids, Dok3,
AN SSSR.147 no-4$95"61 5 162. (MIRA 16:1)
1.-M~akovskiy gomularstvenW universitet im. M. V. Lomonosova.
(Nucleio acids) (Pyrimidines)

f
nMFVA, G.W.,- MiTRIMA, T.H.; SYUY CEM-lFA [Hort Chiang-fa];
BEILOOERMY, A.N,,.- akademik
Comparative study of the nucleotide composition of soluble ribo-
nucleio acids in cm-tain species of bacteria and animals. DAL
AN SSSR 347 no.5t=-1214 D 162. (MIRA 16t2)
I* Moskovskiy gosudarstyemyy universitet im. M.V* lomonosovae
(IMCLEIC ACIDS)

A. S.; FAVOROVA, 0. 0.; BELOZMKlY, A. N., akademik'~~
Scme cheCracteriaties of the nuolaotide,compoaition of deoxy-
ribonucleic acids in animals and higher plants. Dokl. AS SSSR
1147 no.6:1480-1483 D 162. (MMA 16ol) ' .
1. Moskovekiy gosudarstvenuyy universitat im. M. V. Lomonosova.
(Nucleic acids)

E jy JNikoIVab,_aWemikj y,()ZMyAKOV,, S.I.,
ZLOZ Z~IY ~Agdr,~
Vor
VOCH-MVAp L.Avp redtj RUITIN, I.T,,,
tekhn. red.
[Nucleic acids and their biological significane Nukleinovye
kisloty i ikh biologichookoe snaohanie;-romabiremala oteno-
gramm lektaii procUtannoi v TSentrallnom lektorii Veasoius-
nogo obehohostva "Znamle," Moskva, Izd-vo FZnania," 3$P3.
62 p, (Novae v shisni nauke, tekhnike VIII-Seriiat Mblogiia
i meditainal no.15/16i (MIRA 16:11)
1. Referent Pravlen4ya Vossopsnogo obahchostva 07-nenlyew
(for Kozhwq~kov).
(Fuclele acids)

BELOZERSKIY, A.N.0 akademik
For the proaant and the future. Zdoravle 9 no.5:1-2 ~~163.
(MMA 16.-9)
(PROTEINS) (AMO ACB~)

YERMOKHINA, T.M.; ZAYTSEVAp G.N.; BELOZERSKIY$ A.N., akademik
Specificity of methionine, activizing enzymeB and ribonucleic acids
accepting methionine in vaKlipus species of microorganisms. DokI.
AN SSSR 149 no.6:1438-14W Ap 163. (KCRA 16:7)
.I I/-
1. Moskovskiy gosudaratvennyy Universitat im. M.V.Lomonosova.
(Methionins) (Nucleic acid"V) (Enzymes)
I

NAUMOVA, I.B.; SHABAROVA., Z.A.; BELOZERSKIY, A.N.. akademik
-
Struature of ribitteichoic acid from Actinomyces streptoiqc4ni,
Dokl.'AN SSSR 152 no.6:1471-1471+ 0 163. (MMA 16:1.1)
1
1. Moskovskiy gosudarstvennyy universitet im. M.T. Lomonosova.

ANTONOV, A.S.; GIRGORIYEVA, S.P.; IVANOVA, P.V.; BELOZERSKIY, A.N., akaemik
Nualeotide.composition '.of rapidly labeled RUA of the silk
gland of the silkworm Bombyx mori L. Dokl. AN SSSR 154 no.l-.
216-219 Ja'64. (MIRA 17:2)
1. Moskovskiy gosudarstvennyy universitet im. M.V. Lomonosova.

k
ANTONOV A.S.; LYUTSKANOV,N.; BELOZERSKIY, A.N., akademi
Ghange in the amino acid composition of total protein in Bacil-
lus subtilis T- grown on a medium with 5-bromouracyl,, an anlogue
of thymine, Dokl. AN SSR 155 no. 4:944-946 'Ap 164. (MIRA 17:5)
1. Moskovskiy gosudarstvennyy universitet im.' M.V.Lomonosova.

ANTONOV, A.S.; IAYKOVA, N.F.; IVANOVA, P.V.; GRIGORIYEVA, S.P.;
BELOZERSKIY, A.N., akademik .
Changes in the amino acid composition of fibroin of the silworm,
Bombyx mori L. induced by the analogs of the nitrogen bases of
DNA and RNA. Dokl, AN SSSR 155 no. 5-.1201-1204 Ap 164.
(MIRA 17:5)
1, Moskovskiy gosudarstvennyy universitet im. M.V.Lomonosova.

7 77.
L,16393-65~ EWT(M)AWA(b) Ri4 AFGC(4,-)/MD.-': RMI
ACCESSSION KR: AP5OOM0 S/002-0/64/158/003/072?-/0725
'AUTHOR: Vanyushin, 'B -F Kokurina, N. :A,.;. Belozerskiy, A. N. (AcademicianY
.TITLE: Compoeition of DNA anA certain questfons of the evolution of photosyntheeiz-
bacteria
;'SOURM ANSSSR. Doklady, vi. 158, no- 31 1964, 722-725
.TOPIC TAGS:,. bacteria, plant metabolism
..Abs,trsictl .-The.'a0acles, compost tioin- of DNA was studliedlin, five species of
.bacteria of the order- keudomonadales in the autotrophic green sulfur
photo synthest zing bacterium Chloropseudamonas ethylicum (family Chlorobac.
terlaceae); in the purple sulfur phot'osynthesizing bacterium Rhodopseudomonas
sp.p capable of autotrophic growth; In the purple nonsulfur photoheterotrophic
bacterium Rhodozplrilluci rubrum.(f -amily.Athlorhodaceae)v and In two apecies
0
-of colorless sulfur bacteria- Thi bacillus thloparus and Thlobacillua
ferrooxidans (both from the family'Thiobacceriaceae)e In all the organisms
~studled, the purine-pyrimidine and gutnine + thymine/adenine + cytosine ratios
I I -DNA of the Investigated bacteria was of the
twere clova to unity. Me cc-type,
1~e nucleolti.de compo si tion of tht DNA of cells.of green pf."-tosynthesizing

. YERMOKHINA, T.M.j ZAY.PSKVA., G.N. ; ZEMOVAj, L.I.; BMZERSKIY, A.N..,
akademik
Sme data cn the "bpecies' of sERA and aminoacyl-sr2.1-11-aynthetaxes
in micro-organisms* Doklo AR SSSR 159 no.5:U65.-1168. D 164
(MIR& 18:1)
1. Moskovskiy gosudarstvenn7y universitet im. M.V. Lomonosova.

ZAYTSEVA, G.N.; BAN TIN-CHZHAO (Pang T'Jng-chaol; KALYUZHITAYAP A.P.;
BELOZERSKIY A.N.
Z:J.l % - -
Species specificity of voluble ribonucleic acids and aminoacyl-
RNA-syhthetases. Blokhimiia 29 no.6tll5O-ll57 N-D 164.
(MIRA 18:12)
1. Biologo-pochvennyy fakulltet Gosudarstvennogo universiteta
irieni, M.V.Lomonosova, Moskva. Submitted June 15, 1961+.

ZAYTSEVA, Galina NikoUyevna,- BELOMLI.Yj A. N. , akademik,
otv. red.; U W KHINA, A.V., red.
(Biochemistry of Azototacterl Biokhimiia azotobaktera.
Moskvap Naukas 1965. 302 p. (MIRA 18:6)

KRITSKIY, M.S.; KULAYEV, I.S.; MAYOROVA, I.P.; FAYS, D.A.; PqqERSKIY, A.N.
Translocation of phosphates in the sporophorea of meadow
mushrooms. Biokhimiia 30 no.4:778-789 Jl-Ag 165.
(MIRA 18s8)
1. Institut biokhimii imeni A.N. Bakha AN SSSR i biologo-
pochvennyy fakulltet Gosudarstvennogo universiteta imeni
M.V. Lomonosova, Moskva.

KRITSKIYj M.S.; KULAYEV, I.S.; KLEBANOVA, L.M.; BELOZERSKIY, A.N., akademik
Two ways of phosphate transport in the fruiting bodies of Agaricus
bisporus. Dokl. AN SSSR 160 no.4:949-952 F t65.
(MIRA 18:2)
1. Institut, biokhimii im. A.N. BakhL AN SSSR i Moskovskly gosudarst-
vennyy universitet.

VANYUSHIN, B.F.; KOKLRIINA, N.A.; 1EIRMSMY,
6-methylaminopurine in deoxyribonuelt-ic acid of some nicro-
organisms. Dokl. AN SSSR 161 no.6sI451-1454 Ap 165. OUAR 18--5)
1. Moskovskiy gosudarstvenn~y universitet.

YERMOKHINA, T.M.;.STAMBOLOVA, N.A.;.ZAYTSEVA, G.N.;,.BELOZERSKIY, A.N.1
akademik I
I . Species speciflaity of-"soluble" RNA and amincacy'll-RNA-synthetases
in some plants. Dokl. AN SSSR 164 no.):688-691 S 165.
(MITRA 180)
1. 14oskcvakiy gosiadar3tvennyy universitet.

MITF.31:11N I P.- a h a r,
Ef f -.qyr. z:n t-e Zf Cf flSeS
TT 5, --.nz~nais) in r.
"Mipa, -S.-lo)

GLEBOV, R*N.; ZAYTSEVA, G.N*; BMZEMM, A.N.
. Species specificity of soluble ribonuoleio acids and aminoaCA-
.9-PHA synthetaaes in chordates. Biokbimiia 30 no. 3't586-596
MY~Je 165 (min 19 21)
1. Biologo-pochvenn7y fakulltat GoBudftrstvennogo universiteta imeni
Lomonosova, Mbakva.

W,DNIKnV, B.M.; ANTONOV, A.S-; BELOZZERSKEY A 11 akademik
0
Molecular mechanism of the Crozier principle in 11.-- --ppli--aticn to
the development of polkilothermal animals. Dokl. AN SSSR 165
no,1027-229 N 165a (MIRA 18:10)
1. M65kovskiy goau.dar.,3tybrLVy urj-~.versitat,

BELOZERSKIY, A.N.; ZAYTSEVA, G.N.
Study of soluble RNA and aminoacyl-RNA-BynthetaBoB in a comparative
specificity aspect. Ukr.biokhim.zhur. 37 no.5t650-664 165.
(MIRA 18:3.0)
1. Kafedra biokhimii rasteniy Moskovskogo gosudarstvennogo
univerBiteta im. Lomonosova. '

f_.k6'N_it_Aiid 3 5i i7 SOURCE CODES UR/0020/66/170/004/0974/0977
"]AUTHOR: Yermokbinat To Me; Makhaalk# He Lot Zaytsov&t Go Net Belosec-
skiyp. As No (Acadenician)
ORG: Moscow State UnLYOrelty Ima He Ve Lomonosov (Mookovskiy goaudar-
stvennyy universitet)
TITLEt Investigation,of phanylalanyl-RNA-synthetase and phenylalanine
sRNA in yeasts and insects
SOURCE# AN SSSR* Doklady, v. 270, no. 4, 1966t 974-977
TOPIC TAGSt enzymology, RNAp RNA synthesis, *#=wow, cell physiology,
qW9* 9Wa=rARFWX*", biochemistry
ABSTRACTi The possible heterogeneity of phenylalanyl-RHA synthetases
and their corresponding aRNA's was Investigated using insect and micro-
bi~l materials as sources'of-biochemicalso Cellular extracts of very
;hi4h purity were obtained using standard methods. The enzymes from
iinekect larvae and yeasts were separated into two components on a DEAE
cellulose column and their physical properties and enzyme action deter-
mined using radioactive tracer methods, Two corresponding sRNA frac-
tions were also separatedp enzyme EI aminoacylates phenylalanine with,
RNAII and enzyme E2-RNAI* In the protein fraction a third enzyme Ea

ACC NRiAP6033277
but two corresponding C14_p1jenylalanyl RNA's were dincovered,
a case of one enzyme governing the formation of two slightly different
sRMAIs% El was species specific being found only in'extracts from
flies. The existence of other sets of general heterogeneous and speci4a
specific enzymes are postulated for other organismse Origo art* has:
3, [W.Al 501
jigurese
SUB CODE: 06/. SUBWDAM.*."MunW.~'ORIG REPS 004/ OTH REPS 015
Card 2 12

114W-67 EWTW ix
ACC NR, AP6021610-. SOURCE CODE: UR/0020/66A68/005/1189/1191
,AUTHOR: Bekker, M, Lj_; Belozersklyp As N* (Academician)
0 _~ A
ORG! Stavroul Division of the All-Union cientifie Research Instituteg
ifor Plague, Microbe" (Stavropoffskiy filial Vsesoyuznogo nouabno-
issledovatel'skogo protivoebumnogo institute "Mikrob")
TITLE: Quantitative ratios of proteins and DNbin
desox,yribonuclooproteins of the plague microbe
SOURCE: AN SSSR. Dokledy, V. 168, no? 5, 1966, 1189-1191
TOPIC TAGS: microbiology, bacterial disease, DNA, protein,
elbetrophoresis, UV, nucleic acid
ABSTRACT: These ratios were determined in the vaccinal strain EB.
Proteins and nucloic-aolds were extracted from the bomogenate, followed
by ale6tropboresis in gel agar, and were then studied under UV light at
260 and 280 m P. The protein was determined according to Lowry, DNA by
reaction witb dipbenylaminee Distribution of the substances which
absorb UV light after electrophoresis (acetate buffer PH 5,59 ionic
foroe 0-05) showed two peaks in every case, one mobile and the other
Irmobile. The ratio for the former was 12,5-17, for the latter k-6*
Curd 1/2 UDC: - 547~ .963-3-

L 04743-67
ACC Wx AP6021610
The mass of proteins was thus immobile in the electric field. To
determine DNA on the electropboregram, the bacterial extract was treated
with ribonuclease; after removal of products of RNA hydrolysis, the
contents were O;~6 mg DNA and 0.05 mg RNA per 1 milliliter as against a
prior 0-50 and 87 mg, Eleetropboresis revealed disappearance of the
immobile peak and decrease of the mobile. This means that DNA moved
towards the anode in the mobile peak. The protein of the mobile fraction,
gave no precipitation reaction with anti-plague serum, Results were
checked by tests according to the method of electropboresis in the
density gradient of heavy water and gave satisfactory agreement. It wash
concluded that the composition of bacterial DNP from the plague microbe
contains no more than 20-25% proteins in eontrast to DNP of animal cells~
and those of higher plants, These differences may be related botb,to, I
features of genetic apparatus structure and those of regulatory processes
in microorganisms, These aasumptions would gain probability if it could
be shown that proteins assume the regulatory function of the genetic cell
,apparatus, "The test was conducted in the biopolymer laboratory of the
Institute of Hieb Molecular Compounds with the aid of R, M, SaminskiX.
for whichlie wish to express our gratitude." Orig. &At7hae~-.27ables
band 4 figures,
CODE: 069 07/ SUBM DATE: 30Har65/ ORIG REFt 012/ OTH REFt 006
Qq~d_ 2 2 W~__

ACC NRt AP6033277 SOURCS CODEt UR/0020/66/170/004/0974/.0977,1
AUTHOR: Yermokhina. T. MO; Makhanik# M, Le; Zaytseva, G6 N#; 0102
.1,`skjX._JLKo (Academician)
Ct .-Moscow State Unive*rsit~r imo M. Vo Lomonosov (Moskovskiy gosudar-
t,vennyy universitet)
i1 TL E iInvestigation of phanylalany-l-RNA-mynthe tax* and phanylalanine
ORNA in yeasts And insects
. ~e
TOPIC TAGSt enzymology, RNAO RNA synthesis, *rxqrm", cell physiology..
biichemistry
0 1 1
ABSTRACT: The possible heterogeneity of phenylalanyl-RHA synthetases-...;
and their corresponding oRNA'a was investigated using insect an d 1 m i c rom.
bial materials is sources'of biochemicalso' Cellular extracts of verb,
hi h purity were obtained using standard methods* The enzymes from
ino~ect larvae-and yeasts,.ware separated into two components on a DEAE
cellulose column and their physical properties and enzyme action deter-
mined using radioactlye.tracer~methode..L Tuo corresponding sRNA. frac-
tions were also.separated,-~enxyme 91 aminoacylates, phanylalanine with.
RNAII and enzyme~g 2-RNAje In-_ the protein -friction a third enzyme Ri
line

ACC NRtAP6033277
appeared, but two corresponding C14-phenylalanyl,RNA's were discovered
a case of one enzyme governing the formation of two slightly difgqF at'-,e
sRNA's. El was species specific being found.only in extracts from~
flies. The existence of other sets of general heterogeneous and specie
specific enzymes are postulated for other organisms* Origo art* has:
3 figures* (W.As 501.1
SUB CODE: 06/ _SUBM DATE;. .-29Jua66/. ORIO REFs 004/ OTH RM 015
A
1.5
6,
Card

85348
S112o1601000100510181051
1// 3 0 (2- 3 6
Ah, 2-4-z E032/E514
AUTHORS: Nemilov, Yu&A., Belozerskiy, G.N. and Soshin, L.D.
TITLE-. On the Stability--o-f-Photomultipliers
PERIODICAL: Pribory i tekhnika eksperimenia, 1960, NO-5, PP-81-85
TEM A study in reported of the stability of photomultipllers
with Cs-Sb and composite dynodes under various conditions. The
overall sensitivity of the photo 'multipliers was measured both under
constant and pulsed illumination of the photocathode. In the case
of the pulsed illumination the measurements were carried out under
conditions analogous to those employed with the scintillation
spectrometer.or by measuring the average current at the output of
the photomultiplier. Both methods are adequate provided the mean
current is much greater than the dark-current. When this is not
true.,average-current measurements can lead to false conclusions.
The multi-channel kicksorter AMA-3c (AMA-3s) (Ref.4) was employed
in the case of the pulsed measurements. Special steps were taken
to keep the temperature at a constant and known value. Experiments
showed that the role of the photocathode in introducing the observed
changes in the overall sensitivity is quite negligible. It iollows
Card 1/2
85348

S/120/60/000/005/018/051
On the Stability of Photomult,ipliers E032/E514
that the observed variations are associated with the dynode system.
'No . explanation is offered for these variations. Apparently they
are associated with the removal of cesium from the Cs-Sb surfaces
and a variation in the coefficient or secondary emission under the
action of electron bombardment. All the photomultipliers are of
Soviet manufacture and recommendations are given for the optimum
conditions under which they should be used. There are 8 figures
and 11 referencesi 6 Soviet and 5 English,
ASSOCIATION: Radiyevyy institut AN SSSR (Radium Institute, AS USSR)
SUBMITTED: July 15, 1959
Card 2/2

69277
6/051/60/008/04,/022/032
1201/1691
A'UTHCRS s Namilov, Yu4.,_BelozorskLy, GINe and Fisarevskiy, AX,
TITLEs on t~e Ratio of a Liquid Scintillator Il
PSUMIGALsOptiks, I spektroskopiya, 1960, Vol 8, Nr 4, pp 554-555 (USSR)
ABSTRACTs The ,,P/l ratio is the ratio of the scintillation yields of $*- and
A-PaTicls4. The present paper deals with the effect of an additional
solvent on -the or/.$- ratio of 2,"iphanyloxazolel(ppo) in toluene.
The additional solvent me naphthalene and 1: =oA- and a-sources were
PU239 and G4137 respectively. The scintillations were.,recorded and
analysed by means of a photoelectric multiplier. FJKU-l~ &nd an analys6r
AMA-35 0 Figs 1-3 show that on addition of a second solvent both the
o%- and #-particle light yields rise, the ratio Ot/A becomes greater and
the region of the activator (PPO) concentration in which variations
of A can be observed is extended to 5 g/litre. The authors
initstigated also the properties of scintillators consisting of PPO
and POPOP (4-d I - [2 -(5-phenyloxa zolyl)l -benz one) in toluene, PPO
and POPOP In polystyrene gals, and the properties of stilbano crystals.
In- M + POPOP + toluene systems the ratio t4 was 10% smaller (at all
Card 1/2 concentrations of PPO) than in solutions without POPOP. The same was
true of the scintillation yield of PPO + POPOP + toluenes the fall of

69277
S/051/60/008/04,/022/032
On tho cc/ 1201/1691
Ratio of a Liquid Scintillator
the scintillation yield on addition of POPOP is either due to large
losses on transf or of energy frcm M to POPOP or due to mutual
exchange of energy between them. The results obtained in polystyrene
gels were identioal with those obtained in solutions, i.e. the
selutillator viscosity does not affect the ratio 0V
'* , at least '-p to
103 gtokag. In the case of atilbene Irys tale the ratio 1/
a was equal
to the "saturatioe value (0.06 of PPO dissolved In toluene. There,
are 3 figures and 5 references, 3 of which are Soviet and 2 English.
SUMITTEDs July;13, 1959
Card 2/2

86264
AUTHORS:
TITLE:
S/053/60/072/003/001/004
B019/BO56
< BeI21~~~ and Nemilov, Yu. A.
Resonance Scattering of Gamma Rays in Crystals
PERIODICAL: Uspekhi fizicheskikh nauk, -1960, Vol. 72~ No. 3j
pp. 433 - 466
TEXT: In the introduction, the authors discuss the part played by the
study of the resonance scattering of y-rays for the investigation of X
nuclear properties. The study of the scattering of low-energy y-quanta by
nuclei built into crystal lattices was only begun in 1958. The theory of
the capture of slow neutrons by lattice atomsa which was developed by
Lamb, is given, and the resonance scattering of T-quanta in crystals is
studied by applying this theory. The resonance absorption cross section
of low-energy V-rays is described. An experimental arrangement used to
observe the resonance absorption of y-rays through a crystal (without
recoil) is described. In this arrangement the temperature change of the
souree and a mechanical motion of the source relative to the absorber are
used. Experimental results obtained from IrI91 showed that above IOOOK
Card 1/4

86264
Resonance Scattering of Gamma Rays in Crystals 5/053j6O/O72/003/00-1/004
B0191BO56
this absorber may be looked upon as "thin" for 1129 kev resonance radia-
tion, whereas below 300K it is considered to be "thick". This result
agrees well with theoretical calculations. Furthermore, a level width of
(3-94:0.50-10-6 ev and a lifetime of '11-65-10- 10 sac were found for the
v level of Ir 1-91 . Hyperfine splitting a-ad the polariza NVX
129-ke tion, of lines
in the resonance scattering of I-rays without recoil are desoribed in
detail. Fig-13 shows a splitting diagram of the ground state and of the
first excited state of.Fe57 (Fig-13 a) contained in ordinary iron, and
.4
of F,r'7 (Fig-13 d) contained in Fe 203; Fig-13 19 shows the ratio between
the intensities of-the components of he 14.4 kev lines for arbitrarily
orientated emitting nuclei. The further chapters deal with the use of
the resonance absorption of I-rays for the study of solids, in which
case the authors base upon Wssbauer. Further, the verification of
Einstein's principle of mass-energy equivalence with the aid of resonance
absorption is discussed. In the experimental system used for this purpos,~,
source and absorber rotated round circles of different radJ.I. The last
Card 2/4

86264
Reionance. S6atterink of,-Gamma: Ray~ in crystals 8/053/60/072/003/601/004
B
019
/B056
two chapters deal' with' the ~ro'spect~ ~nd the.range of application of
resq;iance.absorbers -of.yw-rays. Among other things, an experimental
scheme for studyine the Rayleigh scattering of y-rays using the 1115ssbauer
effect is discussed. V.. R.-Regell., A. A, Urusovskaya, V - 11I. Kolomiychuk,
and V. G 'Alekseyeva.are,mentioned. There are'19 figures, 4
-tables, and
95,references: 17 Soviet, 64 US,'-5 German, I S%Yis3j 1 Canadian,
British, 1,Swedish, .1-1talian, and 3 French.
Card 3/4

86264'
S/053/60/072/003/001/004,
B019/bO56

s/,l-2o/61/ouo/ooi/o2i/o62
co-
AUTHORS: Belozerslciy.-G.N.. Gridnev, N.A., and Risarevskiv, A.N.
TITLE: On the Form of the ScintillAtinnq from C91 (TI)
Crystals
PERIODICAL: Pribory.i tekhnike eksperimenta, 1961. No.1, P. 73
A
TEXT: The form of C91 (TI) scintillations has been
investigated by R.S. Storey et al, (Ref-1) and R.B. Owen (Ref.3).
The present authors have studied the form of scintillations of
CsI (T1) crystals (molecular concentration of T1 -_ 0.1-0.150"00
irradiated with a-particles from pu239 and electrons (produced in
the phosphor by Cs137 and co60 y-rays). The scintillations were
examined using the (UO-1m) oscillograph and the 47--,Iq-~A
(FEU-I) photomultiplier (Hef.4). The results obtained gre'given
in the following table.
Card 1/ 3

S/120/61/000/001/0211062
On the Form of the Scintillations- E032/EI14
5 Nev Electroroq
Parameters of the
scintillations,
Ref.3 Ref.1
Pre5ent
Ref.3 Ref..I
PrIesent
Ils ee
work
work
Rise-time of the current 0.05 - 0.olk 0~2 0.2
pulse
Time constant of the 0.5 - 0.4.5 0.5 0-7
principal component of
luminescence (from
trailing edge of
current pulse
Time constant of the 0-43 o.48
principal component.of
the luminescence (from
rise time of, the
voltage pulse)
Card 2/ 3
0.7 0.7

5/12o/61/000/001/02i/o62
E032/E.114
On the Form of the Scintillations from CsI (TI) Crystals
Footnote to table. Results in Refs-1-3 are for 660 KeV
electrons. The present results are for 100-1330 KeV.
The crystals employed in the present work were manufactured by
Kharkovskiy zavod khimicheskikh reaktivov (Kharlkov Chemical
Reagents Factory). It is concluded that the crystals produced
by this factory can be successfully used in distinguishing
between particles with different scintillation time constants.
There are 1 table and 4 references: I Soviet and 3 English.
ASSOCIATION: Radiyevyy institut AN SSSR
(Radium Institute, AS USSR)
SUBMITTED: February 25, 1960
Card 3/3

BELOZERSKIY,:*.N.
--------------------
Improving the circuit for proportional transmission. Prib. i tekh.
eksp. 6 no.2:179 Mr-Ap 161. (KRA 14: 9)
1. Radiyevyy institut AN SSSR.
(Electronic circuits)

ABLOV, A.V., akademik; GOLIDANSKIY, V.I.; MAMOV, Ye.F.;
TRUKHTANOV, V.A.; KHRAPOV, V.V.
)(Sssbauer's spectra of complex compounds of iron with
diacetylthiosemicarbazone oxime. Dokl. AN SSSR 151 no.6-.1352-1355
Ag 163. (MIRk 16:10)
1. Institut khimicheskov fisiki AN SSSR i Institut khimii AN
Moldavskoy SSR. 2, AN Moldavskoy SSR (for Ablov). 3, Chlen-
korrespondent AN SSSR (for Goltdanskiy).

BEL02ERSKIY,- G.N,; NEMILOV, Yu.A.
Change in the intensity of the ?Gssbauer affect due to plastic
deformation. Fiz. tvar. tel4 5 no.11:3350-3352 N 163*
- . (min i6tl2)

-7
-d T Y-U4P(Z-)/FWP(b i&-,A(c) U P(c)
,.T
AUCSSSIO3 BRI Anolot752 UR/0-181/65/007/004/1251t/1256
AUTHORt Belozerskly,, 0. N.1 G"evp I. A-1 XUrill, A. 11. 1 WerAclay. Tu. A.
TITLES Mossbauer effeaVin indium aaimonlde
SMRCSs Mika tverdogo teim, NT no. 4p l96
~5# 12~-1256
T.OPIO 'TPA481 Koadba-wer-
trv~ap Iron vaje-nee- "Umnidet -irOU imMity-v aborption We.
ABSTRAM The purpose of the inve*tAgatIou vas to Study the Mosebauer effect and
to 'Luvestigate the states of irm_urity at=s of Iron in indium antimon1de. The at-
tempt vas ?ade to observe the abaorpticn spectrum In spite of the fact that the
e-mount o*%' iron UaL can be introduced In InS-b aamples of ordinary disenatons in at
the limit of setsitivity oi-the P'10s-isbauer method. The procedure of preparing the
sa;qple was described elsewhere (M. V. 6, 2659, 1964). The source was Co57,, tho-
roughly-purified, introduced Into the lattlap of Indium antimonide, The Mossbauer
apparatus consisted of a motor vith reduction gear Iprodu a uniform recipro.-
catiiag z*tion of the absorber (stainless ateel, K
j;h2PL6Tjivelztive to the acuree-
The detector vac a proportional countere . The e wt 6R~Aned at i-,oa tesperature

. . . . . . . . . . .
..................:
52177 -65
ACOkSSION NR I AP5010'M2
vas tipproximtely 31% tvhIch. vat much higher t6hs-n-obseryed in the same geometry
and with the same absorber with sources of stainlias attll, chrcrdium, and tungsten.
The chemical shift, o.4 =/sect Is characteristic of irt,-n iii trival-en-It stst~i. It
is pointed out that the Mass'bauer spectrum of in4lum &a-,.1-v!on1de differs rroz that
of indium arse-aide, in spite of the fact that both hirte the. Femme crystal &tructu-re.
7he teraperature Aepeodence ef the Mossbauer elTect and of the chemical rhif- vas
also in-vestigated. Lath the effect and the chemical alhift increased with decrease
in temperature (-420%6 on going f'rom room texTeraturc to t1bat of liquid and
decTeased W the same amount on going to 200C. An &brupt cht&nge in the Mosabauer
sp~~ctri~un t&kes place vhen the seziple in heated to 400C, alue to the change in the
stoithlometria composition of the satTle. It is concluded on t-he basis of the 10~ta
that ir--n hi indium antimonvIde has a conZiguratiop 3d5 e-nd I a trivalent . Me ra-
ther veak dependence of the effect on the temperature irLdicates that the irou alow.
vibrate in the optical modes. A atudy of the dynamic dependence of the Mossbauer
effect on the stoichlemetry of the ory&tal Is now tmder vV. 'The authors tkank
S. B. Tomilov for help in propwing the sources." Orig. art. hint 1 figvr,3 and 1
table.
Card

ACC NRs AP6024475 SOURM CODE: UR10181/66/0081007/2112/2 6
ALJTHOR: Belozerskiyj G6 No; G4y~vva L A*; Nemijoy Yu A. ShW
ORG -. ncne
T=: Investigatiopr of the behavior of impurity atoms in the diatcmic InSb and GaSb
crystal Littices 73T,
SOURCE: Fizi)m -tverdogo tela, v. 8, no. 71 19669 2112-2116
TOPIC TAGS: indium compound, gallimn compound, antimonide, crystal impurity* gama
spectroscopy, line shift, line width, Mossbauer spectrm,(
AMTRAM The authors introduced re57 in Ln tall InSb and GaSb and investigate,
_j3 _ge=Mr
the behavior of the Fe57 atcms in tbase crystals with the aid of nuclear gamma reso-
narice, making use of data of earlier measurements (FIT v. 8, 604, 1966 and v. 7, 3607,
196t). The quantities meamired were the absolute values of f = exp[-2W(T)ls wbere
W(T) is the Debye-Waller factor, the chemical shifts, and the line widths at different
temperatures. The measurements of f were by conWing the areas under the obtained
Mossbauer spectra. The results show that for W, in the InSb lattice the intemmicn
The ve or
for(ms are harmmic in the entire temperatux range. obser d values of f f
Fe57 in InSbwere so large,, that they could not be explained even under the assumption
that the Fe57 oscillate anly in the optical branches. It is tberefore proposed that
the F657 atcms oscillate at discrete frequencies lying above the optical branches of
the ideal lattice. It is shown that,, accurate to 6%, the ~bssbauer effect for re57
1/2

ACC NR. AP6024475
in the InSb spectrum has no anisotmpy. The Mssbauer spectrun of GaAs vas found to
be very similar to that of InSb. Possible applications of the resUts for further
study axe dism ead. Mie authors tha* Yu. M. ~~ and Ye. Broveman for valuable
discussion . Orig. art. has: 1 figure, 2 formulas, and JL table.
SUB OOIE: 20/ SUBM DATE., 15Dec65/ ORIG REF,. 008[ OTH REF: 006
Card 2/2

BELOZERSKIY I.V., kand.tekhn.nauk, dotsent
Effect of disubstituted sodium phosphate and orthophosphoric acid
on a layer of transfer color applied to a lake underlayer. Nauch.
trudy MPI no.7/8-227-232 158. (KWA 14-. 12)
(Color printing)

KLYZCIIKO, I.R., prof .;,kZELOZERSKIY, IN., dotsent; VINOGRADOVA, A.D., kand.-
khim.nauk; KOVAV-S~K, ~.e.~,-r himali uchastiye: MOISEYENKO,
T.N.; VERZHBITSKAYA, M.Ye.
Usine a semimicromethod to study zinc, nickel' irgn, and copp?r
impurities in type metal. Hauch. trudy HPI no.?18:207-225 58.
(MIRA,14:12)
(Type and type founding) (Chemistry,*Analytic--Qualitativ,e)

L. K,
Cand Tech Sci
Dissertation: "TechnTlogical, Kinematic and Dynamic Analysis of Cap-
Making Machines".
28 March 49
Moscow Polygraphic Inst. Ministry of Higher Education USSR
Oe%
Vecheryaya Moskva
8 Urn 7 1

rryng -in"r (StItc-111-Ig UndIng "anclines) . "Is"mcrt-,-o" "reas. iIZ3
The doscr-Lbes the princIpal typos o--:' con-Lue.-morary st--tcI--in--*)4--If-n- :-,,achines,
and includes data describing the work of So,-,ilct scienti~---ts and i-n,,-ento,.-,- in th~, l.'_;,_ld
of dcreloping vmr i-~nchbnas. The last chanter discusses the possi',--l-11-ty of using stItcb-int-
btndirg rachines :in comeyor-line produAion.
The booklet Is intonded for students In tccImolo[--Lc.-,I derart:-ents of -raplnic arts
technical schools.
SO
(Sov; et E-ooks), o. 186, 1953, 1"oscow, (U-64'12)

jugieq~i,GNMOV, Georgiy Pavlovich;
LAPITSKIT, Sh.A., reteenz -,'NEIRAMOVA, U.N., red.; BORISEGMWA,
M.H9, red.; CHICHOU, A.R* , takhi.red,
[Stitching and bookbinding machines] Broshiur)ovochno-parepletup
mashiny. Moskva, Gos.izd-vo Olskuistvo," 1960. 551 p.
(MIRA 3J.-IO)
(Bookbinding-Equipment and supplies)

-
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anti Ta Sts, jimcnite nstil" in tist, t'W* and lvaritts in :1 -0 0
stre
rhrad,,vKvit, are towntustes. but i-00
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to alloy with Ta or Cis. A low-mclints tuteette bpritut on
the cathode. dows off anti collects on the buitsitu of the
00 S1- : :
hath By this metbod wetv obtained alloys of Ta and Cis
with*Fe, Ni and othet metals. Reduction of Cty). by
00 messm; of silumin waste and a methoil of mductitst; of z0
=66
chloritki and oxycliloddes of Ch aful Ta are turntioncti.
00 ft V 11,310"d
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PHASE I BOOK EXPLOITATION 726
Belozerskiy, N, A,
Karbonily metallov (Metal Carbonyls) Moscow, Metallurgizdat, 1958.
372 P. 3,800 copies printed.
Reviewers: Ormont, B. F., Dr., Prof., Filin, N. A., Dr., Prof.,
Kheyfets, V. L., Candidate of Tech. Sciences; Ed.;
Chernobrov, S. M.; Ed. of Publishing House: Kamayeva, 0. M.;
Tech. Ed.; Attopovich, M. K,
PURPOSE: The book is intended for scientists, engineers, and tech-
nicians working in metallurgical plants and other branches of in-
dustry. It may be used as a textbook by university students.
COVERAGE: The author sums up the periodical and patent literature
,on metal carbonylso He also discusses some problems concerning
the structure, properties, and uses of metal carbonyls and their
derivatives. The author thanks Professor B. F. Ormont,
Professor N. A. Filin, and Docent V. L. Kheyfets for their
Card l/ 7

Metal Carbonyls
726
assistance. There are 1205 references, 124 of which are Soviet,
r.
515 English, 453 German, 58 French, 21 Japanese, and 35 others.
TABLE OF CONTENTS:
Foreword
5
Ch. I. Metal Carbonyls and Their Structure 7
Chemical bonds in metal carbonyls 7
Structure of metal carbonyls 14
Carbonyl hydrides and carbonyl derivatives 18
Ch. II. Synthesis and Decomposition of Carbonyl Compounds 23
Direct synthesis 23
Synthesis from metallic compounds 27
Synthesis from solutiond and suspensions 34
Decqmposi.tion by heat 35
Ch. III. Iron Carbanyls
Iron pentacarbonyl
46
46
Card 2/ 7

Metal Carbonyls 726
Structure 46
Preparation 41
Physicochemical properties and reactions 5
Decomposition 71
Diferro-nonacarbonyl T9
Iron tetracarbonyl, 83
Iron carbonyl hydride and its derivatives 86
Iron carbonyl halides 114
Iron nitrosyl carbonyl 127
Iron carbonyl cyanides 131
Uses of iron carbonyl and of carbonyl-containing iron 132
Ch4 IV. Cobalt Carbonyls 135
Cobalt tetracarbonyl 135
Structure 135
Preparation 136
Physicoehemical properties and reactions 142
Decomposition 144
Card 3/ 7

Metal Carbonyls
726
Cobalt tricarbonyl 145
Cobalt carbonyl hydride and its derivatives 146
Cobalt nitrosyl carbonyl 170.
Cobalt carbonyl cyanides 174
Uses of cobalt carbonyl, and.of carbonyl-containing cobalt 175
Ch. V. Nickel Carbonyl, -177
Structure 177
Preparation 178
Physicochemical properties and reactions 191
Decomposition 212
Industrial production 221
Uses of nickel carbonyl and of carbonyl-containing
nickel 238
Toxicity 242
Ch4 VI* CarbonSrls of Metals of Group I of the Periodic
System 244
Lithium carbonyl 244
Sodium carbonyls 245
Card 4/ 7

Metal Carbonyls
726
Potassium carbonyls 246
Rubidium carbonyls 250
Cesium carbonyls 250
Copper carbonyls 251
Silver carbonyls 254
Gold carbonyls 255
Ch. VII. Carbonyls of Metals,of Group II of the Periodic
System 259
Carbonyls of beryllium and magnesium 259
Calcium carbonyls 259
Strontium carbonyls 259
Barium carbonyls 26o
Zinc carbonyls 26o
Cadmium carbonyls 26o
Mercury carbonyls 26o
Card 5/7

Metal Carbonyls 726
Cho VIII. Carbonyls of Metal of Group III of the Periodic
System 261
Boron carbonyls 261
Aluminum carbonyls 261
Carbonyls of elements of the gallium sub-group 263
Carbonyls of rare-earth metals 263
Cho IX. Carbonyls of Metals of Group IV of the Periodic
.System 264
Cho X. Carbonyls of Metals of Group V of the Periodic
System 265
Cho XI. Carbonyls of Metals of Group VI of the Periodic
System 266
Selenium carbonyls 266
Tellurium carbonyls 267
Chromium carbonylB 267
Molybdenum carbonyls 282
Tungsten carbonyls 292
Uranium carbonyls 300
Card 6/1

Metal Carbonyls 726
Ch. XII. Carbonyls of Metals of Group VII of the Periodic
System 301
Manganese carbonyl.;% 301
Rhenium carbonyls. 304
Ch. XIII.. Carbonyls of Metals of the Platinum Group 311
Ruthenium carbonyls 311
Rhodium carbonyls 319
Palladium carbonyls 324
Osmium carbonyls 326
Iridium carbonyls 331
Platinum carbonyls 337
AVAILABLE: Library of Congress
Tm /nah
Card 7/7 12-24-58