SCIENTIFIC ABSTRACT BADAYEVA, T. A. - BADENKOV, P. F.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000102930006-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

33883
S/640/61/000/000/004/03ri
The structure of the D258/D302
8000C showed that, at less than 4 at.-% Mo, there is a gap between
the end of the r 8 transf ormat! on and the beginning of 3 -"~' r;
this gap disappeared at higher Mo contents. On the other hand, mi.-
crographs of samples (quenched from 675 - 7500C and heated before
for long periods) show the existence of a ~--phase in samples con-
taining only *1 at.-% MO; this phase goes up to 80% of the total
volume, at 5 at.-%. On the strength of this evidence, the 8/(8 +,r)
boundary is markedly displaced towards the Mo-poor side. The sec-
ond series included samDles containing 0,05 - 90 at.-% Mo. Micro-
graphs recorded on cast samples in the range of 24-90 at...-% con-
firmed the peritectic nature of the crystallization, Dendritic li-
quation was observed in the range of 24 - 36 at -% and led to the
assumption of a peritectic point at 32- 36 at,-% Mo, The microstruc-
ture of homogenized (10000C for 72 hrs) and quenched samples con-
sisted of 2 phases, beginning with a content of 35.2 at.-%. A 90
at,-% alloy contained only 8 - 8% (per volume) of the e-solid so-
lution, indicating the limited solubility of uranium in molybdenum.
Small nuclei of the second phase were clearly seen within the 610-
Ca-rd 2/4

33383
S/640/61/000/000/004/035
The structure of the ... D258/D302
solid solutions. The hardness-composition curve showed a maximum at
3.,5 8t.-%, indicating theo(_--;~dltransformation- a minimum at 11 at.-
corresponding to the transformation 0;~_+a'~ and a broad
maximum at 38 at.-%, indicating r-~>( K + ro). The hardness ranged
2
from 120 to 425 kg/mm . The curve of the lattice parameter vs. com-
. 7solid solution is and almost straight line lead-
position for the r
ing from 3.467 kX to 3.140 kX; 9ccording to this curve, the rl(r+
+ ~Mo) boundary at 10000C was set near 35.5 at.-% Mo. The X-ray
analysis of Mo-poor samples showed that within the range of 0 to
8 at.-%, b fell from 5.852 to 5,784 U, while a and C did not cha
ge and the atomic volume decreased, from 20.64 to appr. 20,,3 (kX)3-
A separate X-ray series of tests in the range of 0-63 - 5.06 at.-%
was berformed on samples quenched from BOOOC. A mixture ofc/,-. and
B-ph-ases was identified at up to 2.27 at,-%; at 2.93 - 5.06 at.-%,
only(Y_ was present. Similarly, X-ray analyses were performed on
samples quenched from 7500, 7000C and 600uC, following prolonged
heating periods. At the latter temperature both hardness and micor-
graphy analyses indicated the (c/-+ r)lr boundary to be at 17,5
Card 3/4

33883
S/640/61/000/000/004/035
The structure of the g.' D258/D302
at.,-% Mo. There are 15 figures and 5 references: 1 Soviet-bloc arid
4 non-Soviet-bloc. The 4 most recent ferences to the English-lan-
guage publications.read as follows: P. Pfeil, The Constitution of
Ura.nium-Molybdenum Alloys. J. Inst. Metals, 77, 553-5.70 (Auf.1950);
C~ W. Tucker, Discussion on the Constitution of Uranium-Molybdenum
Alloys. J. Inst. Metals, 78, 760 (1951); P.C.Z. Pfeil and J. D.
Browne, Superlattice Formation in Uranium-Molybdenum Alloys, AERE
DI/R 1333 (1954); E. K. Halteman., The Crystal. Structure of U2Mo. Ac- L'~Iv
ta Cryst. 10, 166j (1957).
Card 4/4

33900
S/640/61/000/000/021//035
19/ C2/00 D205/D302
AUTHORS: Kuznetsova, R. I.
TITLE: Phase diagram of the system uranium-mol.vbdenum-chromi-
um
SOURCE: Akademiya nauk SSSR. Institut metallurgii. Stroyeniye
splavov nekotorykh sistem s uranom i toriyem. Moscow,
Gosatomizdat, 1961, 325-338
TEXT,- The ternary system U-Mo-Cr was investigated in the entire
concentration range. The starting alloys were prepared from 99-77~3
pure U (containing 0.03% C), 99.995 Mo and 99.99% Cr by direct
smelting in thoria-lined corundum crucibles, in argon. The micro-
structural and thermal methods of investigation were applied. Al-
loys quenched from 1080, 1000, 900, 800, 750, 725, 700, 675, 640
and 6000C were studied. The data of the thermal analysis are sum_ LA/
marized in the projection of the liquidus surface of the uranium
corner of the system on the composition triangle. The phase dia-
grams are given for the isothermal sections at 800, 750, 725, 700,
Card 112

33900
S/640/61/000/000/021/035
Phase diagram of D205/D302
675, 640 OC and room temperature. Finally, the results are presen-
ted as a projection of the phase diagram on the concentration tri-
angle together with a schematical sequence of phase transfor-nal.-lions.
The region of the 6--solid solutions in the ternary system is de-
termined and it is shown that at 8000C this region narrows sharply
from 33 at.--% ?o in the U-Mo system to 1.65% Cr in the U-Cr sys-
tem. There are 12 figures, 2 tables and 3 references: 1 Soviet-,
bloc and 2 n.on-Soviet-bloc, The references to the English-language V~l
publications read as follows: H. A. Saller and F. A. Rough, Compi-
lation of US and UK Uranium and Thorium Constitution Diagrams,
Report MIJ-1000. Office of Technical Services. US Dept. Of Com-
merce, Wash., 1955; W. P. Sykes, Metals Handbook, 1948.
Card 2/2

33901
S/640/61/000/000/022/035
'/'P /-2 OPI? D205/D302
'~? / .2- / 00
AUTHOR: Badayeva, T.
TITLE: Phase diagrams of systems with thorium.
SOURCE.- Akademiya. nauk SSSR. Institut metallurgii. Stroyeniye
splavov nekotorykh sistem s uranom i toriyem. Moscow,
Gosatomizdat, 1961, 339-357
TEXT: An extensive critical review of the work on the systems of
Th with other alloying elements. The experimental data available
3re largely incomplete, but sufficient to establish the existence
of the following main types of diagrams of Th with other elements:
I;) Diagrams with a continuous series of solid solutions between the
lew temperature modifications and the other elements. As examples
Th-La and Th-Ce may serve. 2) Diagrams with a continuous series of
solid solutions between the high-temperature modifications of Th
and the elements. These solid solutions decompose eutectoidally at
-Low temperatures; the low-temperature modifications form limited
solid solutions. The Th-Zr diagram may serve as an example. 3)
Gard 1/1~

33902
S/64 61/000/000/023/035
IeR 1.2- 43 D205%302
,.9 / ,2 la o
AU_'"HORS-- Baday4va-r-4Lv-AT--a-nd Kuznetsova , R. I.
TITLE: Structure of thorium-beryllium alloys
SOURCE: Akademiya nauk SSSR. Institut metallurgii. Stroyeniye
splavov nekotorykh sistem a uranom i toriyem. Moscow,
Gosatomizdat, 1961, 358-368
TEXT: The The-Be diagram was investigated using alloys of U 99.7%
and Be 99.3% pure, smelted in an are furnace in pure argon. Struc-
ture of the alloys was studied by measurements of hardness, micro-
hardness ans X-rays. The hardness was measured using a 5 kg load
on a T~ (TP) apparatus; the microhardness using a 200 g load on a
MT-_3 PMT-3) apparatus; the X-ray pictures were taken from powd-
ers using Fe-Nd.,radiation. In addition, thermal analysis was ap- VK
plied which was performed in a vacuum furnace in chemically pure
A. The samples were stage annealed: at 10000C - 24 hours; 9000C -
24 hours; 8000C - 48 hours; 7000C - 48 hours; 6000C - 72 hours.
Thereafter, the samples were slowly cooled down to room tempera-
Card(Z)

33902
S/640/61/000/000/023/03,r-
Structure of thorium-... D205/D302
ture. The data of invest4gation are summarized in a figure. A che-
mical compound with a face-centered cubic lattice corresponding to
a ThBe 13 is formed, with a melting Point v193000. This compound is
in eutectic equilibrium with a solid solution having a Th basis
(CX,-Th). The eutectic point lies at about 38.5~ Be at a temperat-
ure of -12400C., Th Be 13 is in a peritectic equilibrium with a Be-
base solid solution (0G-Be). The peritectic point is at 0.0346 Th
and 13300C. The solubility of Be in Th in solid state at 11500C is
less than 1 at.-%; at room temperature it is practically nil. The
solubility of Th in Be in the temperature range from 1250 OC down
to the room temperature is less than 0.01%. Hardness of the alloys
in the annealed state increases slowly from 82 to 147 kg/mm2 in the
0 - 60 at.-% Be range. With further inc5ease in Be concentration
the hardness rises sharply to 908 kg/mm for almost pure Th Be 13'
There are 8 figures, 3 tables and 3 non-Soviet-bloc references.
The references to the ~nglish-language publications read as fol-
lows: H. A. Saller and P. A. Rough, Compilation of US and UK Ura-
Card 2/.3

33902
3/640/61/000/000/023/035
Structure of thorium-... D205/D302
nium and Thorium Constitution Diagrams, Report BDIJ-1000, Office
of Technical Services, US Dept. of Commerce, Wash. D.C., 1955;
W. C. Kochler, J. Singer and A. S. Coffinberry, Acta CrYst., 5~
394; (1952); N. C. Baenziger and R. E. Rundle, Acta Cryst., 2,
258, (1949).
Card 3/3

33903
S/640/61/000/000/024/035
D205/D302
/'P. 1~9 IAJ
AUTHORS: Badayeva., T. A. and Alekseyenko, G. K.
TITLE: Pbase diagram of the thorium-zirconium system
SOURCE: Akademiya nauk SSSR. Institut metallurgii. Stroyeniye
splavov nekotorykh sistem s uranom i toriyem. Moscow,
Gosatomizdat, 1961, 369-360
TEXT: Although this system has already been investigated, cer-
-tain discrepancies are found between data published by various in-
vestigators and, therefore, additional work on the system is justi-
fied. The alloys wrere prepared from 99.7% pure Th and 99.85% pure
Zr, by direct smelting in an arc furnace in chemically pure argon.
All alloys were subjected to a homogenizing annealing at 10000C for
72 hours. The alloys of all concentrations were quenched from 1000,
goo. 800, 7002 600, 550 and 5250C. The alloys in the Zr concentra-
tion range 30 - 75 at.-% were additionally explored at 920, 930,
940 and 9500C and those in the 3 - 23% range at 1050, 1075, 1100,
1150Y 1200~ 1250 and 13000C. Microstructure and X-ray analysis was
Card -0/3

33903
S/640/61/000/000/024/035
Phase diagram of ... 1)-')05/D302
performed on the samples along with hardness measurements. The re-
sualting phuse diagram is presented. At high temperatures the 13-mo-
difications of Th and Zr form a continuous series of solid sol.u-
tions based on the body-centered cubic lattice. At rapid quenching
this lattice is preserved only on alloys containing 73.j3 and
77,50% Zr. In other regions the body-centered cubic lattice is
changed into face-centered. In alloys with 40 - 70% Zr the allo S
deCompose into two solid solutions. In alloys with 84.0 - 96.271~
Z.- martensitic transformations take place during hardening. At
9450C and 54% Zr the solid solution based on the body-centered cu-
bic lattice decomposes into 2 solid solutions with differing Zr VK
content which are immiscible in the 945 - 9200C range. At 9200C
and 40% Zr a monotectoidal transformation of one of the solid so-
lutions takes place. In the whole 920 - 13800C temperature range,
the solid solution on the face centered lattice basis (oC -Th) is
divided from the region of solid solution on the body-cen-tered lat-
tice basis by a two-phase region narrowing with rising temperature.
At 6500C and 86,1, Zr the solid solution (body-centered~ decomposes
eute,-!toidally, There are 6 figures, 2 tables and 2 non-Soviet-bloc
Card 2/3

33903
3/640/61/000/000/024/035
Phase diagram of ... D205/D302
references. The references to the English-language publications
read as follows: H. A. Saller and F. A. Rough, Compilation of US
and UK Uranium and Thorium Constitution Diagrams. Report Blli-1000.
Office of Technical Services, US Dept. of Commerce, V.'ash. D.C.,
195-55; 0. N. Carlson, Atomic Energy Commission Publ. (AECD-3206,
72 p)I 1950,
Card 3/3

33904
/,P, S/64 61/000/000/025/035
,~? J, D205YI)302
AUTHORS: Badayeva, T. A. and Kuziietsova-, R. I,
TITLE: Structure of the alloys of the thorium-cerium system
SOURCB~ Akademiya nauk SSSR. Institut metallurgii. Stroyeniye
splavov nekotorykh sistem s uranom i toriyem. Djoscow,
Gosatomizdat, 1961, 381-386
TEXT: 0.9.7% Th and 97.4% pure Ce (containing as principal impuri-
0
tjes 1.4% Nd and 1.2% Pm) were directly smelted in an arc furnaDe
In chemioally pure A. To obtain uniform samples the alloys with
high Ce content were resmelted several times. The alloys rich in
Ce owing to their high susceptibility to oxidation were stored lin
oil. The investigation of microstructure and hardness and the mea-
surement of the lattice parameter were performed on specimens
stage-annealed at 1000, 8009 600 and 4000C, Por the microstru~~tural
examination the specimens were polished and etched. The hardness
was measured on a T/I (TP) apparatus using a 5 kg load. The X-ray
photographs were taken using the Fe-Kd. radiation. Metallographic
Card 1/6

339'~L
-3/'6' "' 0'6 1,"000/000:~025,'03;-
Struz ture of the alloys ... D_` 0 _9,":D3 0 2
examinatior of the alloys has- s1lown that T'n nild Ce form ~0-
Iwiori,- in tho whole range of concentrations.The cha.-~e of hardness
with the 4, Ce shows a maximum of 88 kg/mm2 at 20 - 30 at.-~~ Ce.
The lattilne parameter corresponds In the whole range to a Af'ane-
oentered cubic lattice. A negative deviation from Vegard's rule
_/_'Abstractcr's note: Name transliterated, 7 was observed. This is
largest at 50% Ce and is explained by atom-ic interactions. There
are 2 figures and 8 non-Soviet-bloc references. The 4 most recer_~.
references to the En-lish-language publications read as follow'S'
R; T. Weiner., W. E.. Preeth and G. V. Raynor, J, Inst-1. Metals, 86..
4; 110-15, (1.957-1958); F. H. Spedding, A. H. Daan.e and K. Herr-
mann, J. Metals, 7, 2 ( '1957); 0. N. Carlson et a2., -Paper No. 5r6 'z
presented to the II International Conference on Peaceful Use of
Atomic Bnergy (Genevy, 1955); H, A. Saller and F. A, Rough, Comp4.-
lation o.'L* US and UK Uranium and Thorium Constitution Diagrams.
Report BMJ-.1000. Office of Tecl,~nical Services, US Dept. of Commerce,
Wash. D~ C., 1955.
Card 212

33905
S/640/61/000,/000/026/035
D205/D302
.2/00
AUTHORS: Badayeva, T. A. and Kuznetsova, R. I.
TITLE: Determining lead and tin solubility in thorium, in the
solid state
SOURCE: Akademiya nauk SSSR. Institut metallurgii. Stroyeniye
splavov nekotorykh sistem s uranom i toriyem. Moscow,
Gosatomizdat, 1961, 387-394
TEXT: The investigated samples were prepared from 99.7% Th, 99.9%
Sn and 99.992% Pb by smelting in an arc furnace in an atmosphere
of chemically pure argon. The specimens were investigated in both
quenched and annealed states by microscopic analysis and by measur-
ing hardness, microhardness and lattice parameter. The hardness
was measured on a T11(TP) apparatus using 5 kg loads, the micro-
hardness on a W-3 (PMT-3) apparatus using 50 g loads, the X-ray
pictdres were taken by Debye cameras. The U-Sn alloys were investi-
gated in the 0.06 - 20 at.-% Sn range. The microstructure of these
alloys has revealed their eutectic character. Temperature of the
Card 1/ 3

33905
S/64 61/000/000/026/035
Determining lead and D205%302
eutectic is tentatively determined at 13250C. It wae found that the
alloys quenched from 1300, 1200, 1100 and 10000C and also -the an-
nealed alloys all having a Sn content of 0.06 or 0.12 at.-Up are
solid solutions; alloys of 0.78% Sn and more are of a two-phase
structure. The hardness changes considerably with the Sn content
only up to 0.12 at.-% of Sn, remaining almost constant with fur-
ther increase of Sn content, This is true for the quenched and al--
so for the annealed samples. The saturated solid solution alloys
have a hardness of 111 kg/MM2 for the sample quenched from 130 90C.
The corresponding figure for the annealed specimen is 87 kg/mM .
The approximate interpolated limit of Sn solubility in Th in the
1300-200C temperature range is 0.2 at.-',f". The Th-Pb alloys were V~/
investigated up to 14.01 at.-% Pb. An eutectic reaction was dis-
covered between the solid solution on Th basis and a phase in
equilibrium with it. The eutectic temperature was tentatively de-
termined at 14000C. Alloys hardened from 1300, 1200, 1100, and
10000C and also annealed alloys showed a monophase solid solution
up to 0.67 at.-% Pb. Up to this Pb content the changes of hard-
ness were sharp in all specimens irrespective of thermal treatment.
Card 2/3

33905
S/64 61/000/000/026/035
Determining lead and D205% 302
The interpolated solubility limit of Pb in Th is established to be
around 0.7 at.-%. There are 6 figUres, 2 tables and 1 non-Soviet-
bloc reference. The reference to the English-language publication
reads as follows: 0. N. Carlson et al., Paper no. 556, presented
to the II International Congress on PeacefLil Use of Atomic Energy
(Geneva 1955).
Card 3/3

33906
8/64 61/000/000/027/035
D205%302
AUTHORS: Badayeva, T. A. and Alekseyenko, G, K.
TITLE: Structure of alloys of the system thorium-zirconium-
uranium
SOURCE: Akademiya nauk SSSR. Inbtitut metallurgii. Stroyeniye
splavov nekotorykh sistem s uranom i toriyem. Moscow,
Gosatomizdat, 1961, 395-415
TEXT: The specimens were prepared by smelting directly together
in an are furnace of 99.7% pure Th,iodide Zr 99.85% and U 99-78%.
An atmosphere of chemically pure A was maintained. The alloys were
subjected to a homogenizing annealing at 10000C in evacuated
quartz ampoules. The alloys were then quenched from 1000, 960,930,
915, 800, 750, 700, 640 and 5500C and investigated for microstruc-
ture, hardn&ss and lattice parameter. The hardness was measured on
a Tfl (TP) apparatus using a 10 kg load, the X-ray patterns were
taken using Fe-KbG radiation. Isothermic sections were constructed
for the above hardening temperatures. The phase diagram in the
Card(!23)

33906
S/640/61/000/000/0e-_7/035
Structure of alloys D205/D302
1000 - 5000C temperature range is projected on the concentration
triangle and a scheme of the transforinations in this range is gi-
ven. At high temperatures a wide region of solid solutions exists
in the system based on the body-centered cubic lattice. Lowering
the temperature narrows this region considerably. A peculiarity of
the system is the decomposition of the 3Th BZr P-solid solution
into two ternary solid solutions of equal body-centered cubic lat-
tices and different compositions. It was established that U dis-
solves more in the solid solution rich in Zr and less in the so-
lid solution rich in Th, due to the large atomic radius of Th. The
solid solution with the body-centered lattice rich in U or Zr un-
dergoes crystalline transformations on quenching from 10000C. In
the first case a Dhase with an orthorhombic lattice ofoL-U is
formed, in the second case in addition to the phase with the hexa-
gona- ct-Zr lattice another ci-phase having a hexagonal lattice is
formed at a high degree of alloying. With the increase in Th and U
the ternary solid solutions are completely preserved after quench-
ing. There are 21 figures and 4 references: 2 Soviet-bloc and 2
ncn-Soviet-bloc. The references to the English-language publications
Card 2/3

33906
3/640/61/000/000/027/035
Structure of alloys ... D205/D302
read as follows: F. A. Rough and A. A. Bauer, Constitution of Ura-
nium and Thorium Alloys, Report BMJ-1300, UC-25 Metallurgy and
Ceramic (TJD-4500 13th Ed., rev.) Bat. Mem. Inst., Columbus, Ohio,
1.958.
VK
Card 3/3

33907
S/64 61/000/000/028/035
D205%302
AUTHORS; Badayeva, T. A.- and Rybakova, L. I.
TITLE: Simultaneous solubility of thorium and uranium In
liquid bismuth
SOURM Akademiya nauk SSSR. Institut metallurgii. Stroyeniye
splavov nekotorykh sistem s uranom i toriyem. Moscow,
Gosatomizdat, 1961, 416-422
TEXT: A hot decantation method for separating tl-,e solid and li-
quid phases was adopted. The contacting apparatus is described in
considerable detail. All the contacting, separating andcooling
operations were performed in argon. Chemical analysis of the de-
canted liquid phase gave the equilibrium composition at the ex- Vr
perimental temperature. Bi of 99.999% purity, Th 99.7l,", and U
99.83% (containing 0.12% carbon) were employed. The simultaneous
-::clubilities of Th and U in Bi were determined at 300, 550, 600,
700; 750, 800t 850, 900, 950 and 10000C. The results are tabula-
ted and represented graphically. The simultaneous solubility of
Card 1/2

33907
3/640/61/000/000/028/035
Simultaneous solubility of D205/D302
Th and U in Bi does not differ much from the additive solubility.
At 3000C only traces of Th and -0.1% U are soluble in the liquid
Bi. At 10000C the limiting value of solubility is 4.1 at, _% Th
and 7.5 at.% U. In the investigated range the liquid solution is
in equilibrium with the phases of the binary systems ThBi 2 and
UBi2' There are 4 figures, 4 tables and 3 non-Soviet-bloc refe-
rences. The references to the English-language publications read
as follows; R. Ferro, Acta Cryst., 10, 7, 476-477 (1957); Metale
Abstr., 85, 806, (1957).
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33908
S/64 61/000/000/029/035
19 D205%302
AUTHORS: Bad4eva, T. A. and Kuznetsova~ R. I.
TITLE: Structure of ThBe 13 - UBe 13 alloys
SOURCE: Akademiya nauk SSSR. Institut metallurgii. Stroyeniye
splavov nekotorykh sistem s uranom i toriyem. Moscow,
Gosatomizdat, 1.961, 423-427
TEXT: Isomorphism of -the crystalline structures of ThBe 13 and
UBe 13 and the closeness of their lattice parameters suggested that
a continuous series of solid solutions is formed between these
compounds. The interactions were studied by micrographic and X-ray
methods and also by hardness measurements. The series of alloys
which corresponded to a section of the Th-U-Be diagram at a con_
stant at.-% Be of---,92.8 has shown a fair constancy in hardness and
a linear change in the lattice parameter from that of pure ThBe 13
to that of pure UBe 130 These facts which point to the existence of
Card 1/2

33908
S/640/61/000/000/029/035,
Structure of ThBe 13 D205/D302
of a continuous series of solid solutions between these compounds
were also confirmed by the observation of the microstructure. There
are 3 figures, 1 table and 2 non.-Soviet-bloc references. The refe-
rences to the English-language publications read as follows: W.C.
Koehler, J. Sinaler and A. S. Coffinberry, (AECD-,3417), Acta Cryst.,
5. 394, (1952); N. C. Baenzieger and R. E. Rundle (AECD-2506),
Acta Cryst,, 2, 258, (1949). VIV
Card 212

7 - V~ A_
A
-L S/089/61/ClO/004/025/027
B102/B205
AUTHOR: G. Z.
TITLE: IV All-Union Conference on Physico-chemical Analysis
PERIODICAL: Atomnaya energiya, v. 10, no. 4, 1961, 4o6-407
TEXT: The IV Vsesoyuznoye soveshohaniye po fiziko-khimiclieskomu analizu
(IV All-Union Conference on Physico-ohemical Analysis), convened by the
Institut obshchey i neorganicheskoy khimii im. N. S. Kurnakova AN SSSR
(Institute of General and Inorganic Chemistry imeni N. S. Kurnakov, AS USSR)
and the Institut metallurgii. im. A. A. Baykova AN SSSR (Institute of
Metallurgy imeni A. A. Baykov, AS USSR), mas held from December 6 to 10,
1960 on the occasion of the 100th anniversary of the birthday of
N. S. Kurnakov. Part of the 142 reports made at the Conference dealt with
problems of the atomic industry, including reports on the physico-chemical
analysis of thorium, uranium, plutonium, and their alloys, as well as of
zirconium and beryllium (0. S. Ivanov); "radiation phenomena and new
problems of physioo-chemical analysis" (V. I. Spitsyn); structure and
constitution diagrams of the ternary systems thorium - zirconium - uranium
Card 1/2

s/oag/61/010/004/025/027
IV All-Union Conference ... B102/B205
G. K. Alekseyenko and T. A. Badayev ), uraniur - molybdenum - zirconium
G. N. Bagrov), uranium - zirconium - niobium (L. I. Gomozov), uranium -
~
niobium - molybdenum (G. 1. Terekhov); and physica-chemical analysis of
metallic system with rare metals (Ye. M. Savitski.y). V. F. Terekhova
reported experimental and theoretical data on rare-earth alloys and
presented new constitution diagrams of alloys of yttrium, neodymium, and
gadolinium with magnesium, of yttrium and neodymium with aluminum, and
of gadolinium with iron and nickel; furthermore, she described the
properties of the latter. M. A. Tylkina held a report on tests of alloys
of rhenium, tantalum, and tungsten, and also on reactions between these
alloys and elements of the 4th, 5th, 6th, 7th, and 8th group.
Card 2/2

kbAYEVA, T. A.
P-haEe Lies..
and 0. S. Ivanov. Th~:
17, of tho Vran,I,um-TJt_,r.--i;-
--Ind 06300C
-ova. Polytherma'
'-_nu~7, Ternary.Phase
Ur a-n:L, m.
'Yv- S., and 0. S. Ivanov. DecomposAtion Of
--o--UtIon In Urani=,-Xiobium and Uranium-Zir^_--'-:--.
S. Char:,o~ in Y-Fhase Region in the Ph--,
I -, -Molybaenurm Sys`---
._,,m cf thr,- Uranium -Z =1 u, -Niobium
low
:.per-a-ro~s. Be
IVAVDV* Oe So Doctor of-Mhemical, Sciences ed. Stroyeniye i S,,royStra
splavov urana, toriya i tsirkoniya; sbornik st&tey (Structure and Properties of
Uranium. Thorium and Zirconium Alloys; Collection of-liticlis-y-Moscow, Gosatomizdat
1963 P. 37

`7,
of' Arrjcl,-_
Z!7 m I z da- 1~
t
R. 1. 'Kuzne._i~;va-. -Struc-;=~e cf Th-Zr"
and R. ,,z3ov.~_ St.-eng-.hen~_
rbc
Effer,7
and G, A'It~ -eyen'
A.
u)-Phase
,yeva A., and G. K, ~'__'e_kseyenko.. Mechan-,;z,.l "r.-d
uc.:-rozion :rooer-lies oi* 'Thorium -Zirconium and -:.iorium-
e7,_i_-con_,"um-Uraniun Alloys
i~adayeva, T. A., and R. 1. ',Struc-.ure and
_~on: Properties of Alloys of the Thorium-ZI-rconlum-
T_zanium System 2~
MIN
1i f0

0 VC YS T;~._
rtles of 'jran-
-nd Projr,
~Olle c, lDi 0.. 1
~~000 coni~-.:~
and Cr. K. A'
Y,~,Yp seyenko.
horiur,.-Zircon~ "-Nlobf'Am SY31-Cif,
ys of `Ze.2
y e v at ,T. ~.., and G. K. Alalcseyenko.
ho:,iuin-Zirconlum-N_1 -)bium Allo-?
T
T 31
;-A~RT 11T. ALLOYS
''V-1-cova.. Structure o~,
and Z ire on _-'L um -Lead Alloy:3 in. the Solii_-~
ta t e
35 5 Te.-ekhov, G. I., and 0'. S. Ivanov. Phase Diab;ra:-,, of th~7-
Zlrconium Co.-nep of the Zirconium-Chromium-Tin System

BADAYEVA, T. A.; ALEKSMIM, G. K.; KUZIM SOVA, R. I.
"Structure and properties of ternary alloys containing thorium."
report submitted for 3rd Intl Conf, Peaceful Uses of Atomic Energy, Geneva,
31 Aug-9 Sep 64.

BADAYEVA, T.I.; PIOLOT, L.A.; FRUMINA, N.S.-PETRIKOVA, K.G.
- --l- ------ :- I P
Rapid methods for determining aluminum, iron, and calcium in
slimes. Uch.zap. SGU 75:100-102 162. (MIRA 17:3)

Un cadu) ; Givea 21ames
Cotuitx7: Rurnania
Acad--mic
Affiliatio-n: Regional Veterinary labortory (Laboratorul Veterinar
Regional), Iasi.
Source: Bucharest . Probleme.Zootehnice si Veterinare , Vol XI , No 10
Oct 1961 pp56-6;~.
Data: "Observat ons on Gertain Foci of -Anaerobe Enterotoxemia in
Sbeep."
Aut'hors:
E. . -Dr.-
m -Dr.-
KINt'ISCURT" 2-S. I
Veterinarian.-
CRISTEk? S.1 -Veterinarian.-

.IMM, A , bg.
4
t
Contribratibn to the labor productivity -~bcraaBe. Constr. We
14 no.676i!$ 22D162
- I ... 1, 1-
\1 1. Directorul I.A.U.P.S.

BEJENARU, G., dr.1 SI-RMCNq Eliaabeta,~'drq P-IDEA, Ana, dr.; IIJCA, A., dr.
ONU, Hariana, dr.; BURDUJA, lr~,, dr."j 'iEbfMAN, N., dr.
Contribution to the serological study of animal leptoopirosis
In the region of I"i. Microbiologia (Bacur) 10 no.2tll+7-152
MY-Ap 16 5 a
1. Iaboratorul regional veterinar, Lei Qo7 Bejenaru, SiTmon,
Badea,, Lucap Chu). 2. Laboratorul de zoonoze al Institutului
de igiena si protectia muncii, laai (for Barduja, Beldiman).

WEA, D.
"The mararut method." p. 18. (Stiinta Si Cultura, Vol.5,, No.10, Oot 1953, Bucuresti).
SOt MoDjh1v List of Eaat European Accessl2no, Vol 3p No.2 Library of Congress Fab 54 Unal

li4r-, -nx :'-', :, , - -.!l , ~~t . m-~ ~-
~j
debV eu~ aj"W~ ~tawtrzca,, in I, g..
7NZ~
A"Mrr o
RM

AS A t>;,5"p - -----

J.

Dist.r Wet
(J)/4E3d
,
'A
n M. tedna
on op"
t C.
A en tzesr-u (Am Roman' Q. A P;Im

.-
72,416(IOW), ir pr tri-The following raech.
~Zuim' ta4ig dicbl Imme at intermediate, was -
ccount for the fortnation of (C4CCO)sO In the
Jjcco * J
fp9dysis of C - As (1) - . CCIS + Cog + AgCI;
-
'1'
C,
(C
1
CW
O
-6
-4 MCC
+
CI + CO +
4
=4)
As
cl
ly
ccou + I - (C4CCO)
a
0 + A
M G
-k -
-
m
na
a
2
g
Armed the formution of equiradlar amts. of M a~C
~00. I beated ic. cyrMiticue at 70' yidded the anhydride:
,
ms major product, avout,10% dichlomorcamne (iden
I dw
'
f
b
l
I.;
conzailtrab
e amt. o
y ps cm=tWapbi% md o
i
'ar

F

IANA) S., lector univ. (Bucuresti);_4~DEA, FI., asist. univ.
(Bucuresti)
Distribution of the chestnut (Castanea vesca Gartn)
in the Subcarpathians between Jiu and Oltet. Natura
Geografie 16 no. 2: 46 Mr-Ap 164.

R
CL~r, a t '-I I I. "r. 1 t a-, - . c . : . P, - ~. I ~ ~ , - . 4 ; c I I n -
-7 , t, .; I . - ~o -- 1. 1 ~-4- ~'-, 7 7
"-.It inuc:t)
rilo M?l; pp 155-162.
114. 'Contributi--ne tn. the or tm~ ;Llj-.n. Lakes In
Iti, ?orlrw :!,.a3t7, " 31'lvl% TAIMV; r.,.: 16J-17C.
-`~Urt~l Of th- la;-s in- th- Glac' &I
:1-11 f of -bi- K-r'ditn,~1 ~arpatnt~rs," r. P-,.,C;AL and
np
Farst of ~lrwilstaa d- -~,nt- " V%I-r TPI.70,S;
to 1
17. "kn-h:,Ovnr-n!o 'bdlfIclLt!Or.1 !n th- V-4-tatlpr. or
h, ?.w-r. 'k.6 jlv. a -
'And ;,I. n.VtA: rr :,j-'-21C. .a th, 0 It -S r
".A
Of t1l .12:
7iom-l-Trq. In izn, Mao Fl.
rp "TI-205.
19- ?.-:, bltm of 'S~dizftl fkv-~Lr'rj UIA ;,LDrAs V-, 207-
212

Auchl'" st, (5,rla Ztiln-
t.101 r.tuiff-~ ~~Sz lq5l,
155-161.
24. -c-ntrIbutbrr to the 7-noil.cRe of t" JLIoLn- Lakel In
Partr_- X,,sjtv*," 31!vlk IA.ITTJI no 16J-176.
tr
IS. W%t-r ?-dln, -26um~* or th- lAk-A In the Olacial
.1-110f of t~ta lier-;dt~nll C&rp4th!.r-4," 1. tjn.~k and
V. -RUV4-.S; np 179-!E~L-
16. "?h- K~-st of Irad-latsm. d- *-~-.nt-," 7,&I-r TPIL'FL3*.
17. *kn-zh:-3to,.r~to* ';:~I'Mcat!om !n th- lv-;~-txtlor. of
tile E~AVW- -r. Lt-3 J.U 404 t-Il C ItIr, 3.
un;.
13:--~.t'-L utio-%j to Wnt 3ttld- of the sp-,Od of t"
poln-T:-. In EAUn,% 41a Fl. :lADTA;
r-P 7cl-2,15.
19. 'Probl*= of XmtiaAl rylFrLft-i T-11A B:SjrA; 207-
213-
42
N,

LUCACIP M., Irig.j POP, N.~ ing.; TUFA, Ion; STANICA, Maria, ing.Y BAD A~
Gheorghp, ing.; BULBOACA, Eugenia, ing.
Improving the quality of products, an essential objective of
the economic activity. Probleme econ 18 no.4tl62-164 Ap 165.
1. Director, "Bucurestill Factory of Plastic Masses, Bucharest
(for Lucaci). 2. Read of Technical Service, "Bucurestill Factory
ol Plastic Masses, Bucharest (for Pop). 3. Director, Enterprise
for Cotton Industry, Bucharest (for Tufa). 4. Head of Service of
the Technical Quality Control, Enterprise for Cotton Industry,
Bucharest (for Stanica). 5. Director, "Tinara Garda" I.I.S., Bucharest
(for Badea). 6. Head of Service of the Technical Quality Control,
"Tinara Garda" I.I.S., Bucharest (for Bulboaca).

COSMAY V., dr.; FODOR, 0., prof.; MUNTEAMI, P., dr.; SCHWARTZ, M., dr.;
MEDREA., B., dr.; ERDOSY, St., dr.; in cola-
borare cu,. FORGACS. V.dr.; CRACIU11, I., dr.; FARKAS, M.dr.
Research on several digestive diseases in an occupational
lead-poisoning environment (ulcer disease and epidemic
hepatitis). Med. intern. 16 no.2:221-228 F164.
1. Clinics, a III-a medicala I.M.F,, Cluj (for Cosma, Fodor,
Munteanu, Schwartz, Medrea, Erdosy Badea). 2. Dispensarul
Uzinelor metalo-chimice, Maia Mare (for Forgacs, Craciun,
Farkas).

FODOR, 0.; EMITRASCU, D.; BADEA, Gh. -- ; BAII. A.; TRAGOR; S.; CALU, C.;
SZAKTAY, I.
Adaptive and pathological changes in thE jejunum and i-leum
after stomach surgery. Stud. cercet. med. intern. 5 no.2:167-
172 t64

VESTEA) St., dr.-P BACTU, Zoo, dr.; PASCU, L.; EADEA, Gr.
Pheochromocytoma with attacks of arterial hypotension. Med. intern.
(Bacur) 17 no,6%731.-736 Je'65.
1. lucrare efectuata in Clinics. a III--a medicala, Institutul
medico-farmaceutic, Cluj (director: Prof. 0. Fodor).

Resu-its obtained in fighting weeds with cherlicals. p. 273.
REVISTA DE CIIII=,. Pucuresti, Rurmnia. Vol. 10, no. 5, Ilay 195".
r
Mlonthly Ust of East 7,uror-ean Accessions. (TTjI)3 I,C. Vol. E, no. 9, Lept.) 1959.
Uncl.

BADEAP I.
Technical and economic considerations on the introduotion of automation in
beating installations of the tbermoelectric power plants. p. 215.
ENERGETICA. (Asociatia Stiintifica a Inginerilor si Technicienilor din
Rominia si Ministerului Energiei Electrice A Industrisi Electrotehnice)
Bucurosti.
Vol. 4. no. 5. 1956.
SOURCEs Past European Acessions List, (EUL), Library of Congress,
Vol. 5, ND. 1I.. November, 1956.

PAD12A, 1.
Technical and econo-ac indicators for industrial electric cc-ntral heatin7-.
P. 0 (Academia Republicii Populare R-!-~iine. Instittitul de FrIeruetica. Stud:!iSi
Cenetari De Energetica. Vol. 7, no. 1, 1,057, Ihicurest2, Rumania)
1-bnthly index of East European Accessions (T; AI) LC. Vol. 7,no. 2,
Februar.v 1958

o s4 e~Qr. tloi I i n r
C L~-' T
no. 1c,
7-!,~~- TC
Tj.,,I
:~C- ce. "rc. -I 4~, -w;;- .,~5111

BADEA I
TECHNOLOGY
BADEA, 1. Consideration on the problem of establishing the power capacity and t
the type of rural thermoelectric plants in Rumania. p. 449
Vol. 6, no. 10, Oct. 1958 (Periodical: ENERCIETICA)
Monthly List of East European Accessions (EEA.1), LC, Vol. 8, No. 3,
March 1959, Unclass.

BADEA, I.A., conf.; PARASCHIV, A., inzh.; WIZZEK, C., ing.
Atomic electric plants equipped with reactors with water under
pressure. EnergeticaR*um 9,,no. 261-275 J1 161.

COUMCF&M, Alexandru, ing. (Bucureati); MEA, loan Arsenie, conf.
ing. (Bucureoti)
The influence of hydroelectric plants on fuel consumption in the
thermoelectric power otations of the power system, Energetica
Rum 10 no.3:89-96 W 062.
1* Sef de sectie la Comitetul. pentru tahnica noua (for Cogalni-
ceanu)e 2& Specialist consultant la Comitetul pentru tahnica
13AIle (for Badea).

BADKA, Ioan Arsenie, conf. ing. (Bucuresti); I&LZEKi Camil; ing-
sTechnical and economical bases of district beating* by loan
D. Stancescu. Reviewed by lo.an Arsenie Badea, Camil Wlezek.
Energetica Rum 10 n0.3.,122-123 Mr 1~62&

~Ujor2 cozir. uzi.-v.,- Blldlmii-'), 1-hrou,
ing.; TLOI)Jji, Nicu, ecarrimist;
BADEA, I.A., Co.-If. univ,
,)'l,rc("q Y&ttit titie.,! In trneK gardenitig, "P. sl "'oh 1100. 15
llo.21
14-17, 33 F '63
1 %,Ur
. Institute z-f llasear,~h for Horticulture and Viticull e (fcv
Manescu). 2. 1!e-ad of the E'llec:tric Yovier Department, Ministry of
M-nes and Electric, P3,,rer (fur Bernard). 3. Polytechnic lnstitute
aj-n,amst kf,,,r Badea).

NISTORY M., ing.;-Ijp1V�Aj - 10 Aing. ;' 14ARCU JI S., ing. ; MIREA , N. , ing.
"ing
NENITAY E., ing.; AN,
Development of automation and telemechanics in the electric power 164.
industry in Rumania. Automatics. electronica 8 no.4:155-165 Jl-Ag

L h55781-6
ACCESSION 140. AP5014773 RU/0011/64/008/004/0155/0165
AUTHOR: HiBtor, H. (Engineer); Badea I A.(Engineer); Marcu, IL(Enginneer);
Flirea, A. (Engineer); Nenita, i (~ine_er_T, Simian, E. (Engineer)
TITLE* Develo ' nt of autom&tion and telemechanics in the pover industrj of
pm, e
the Rumanian People's Republic
SOURCE: Automatica si electronica, V. 8, no. 4, 1964, 155-165
TOPIC TAGS: autordation, autonatic control ryGtem, automation equipment,
electric industry
i Abstract: A description of the automation deviceis and systems
used in the Rumantan power system* Covered are automation in
"thermoelectric power stations# in hydroelectric power sta-lbional
in the power line network and in the electric distribution i.
substations. Block diagratas and photographs of the principal
items are giveno -Or-ig-. has 9 rirures--
ASSOCIATION: none
SMITTED: 00 ENGL: OD SUB CODE: IE,'EE
W REF SOV: 000 OTHMI WO JPRS
Card -IA. /YXX--

-WiDEA ) j . 1. , lector
Selective herbicides. St Gi Teh Buc 15 no.6;12-13 Je '63.
1. 'IN. Balcescull Agronomic Institute, Bucharest.

;i t
Au
0 n
k b
ir ral C- n'. Ir ILI rie P, EA oil
wA
1,
U Li
~.!J- t,ao charactn:
t ~i b ICnd Rix~,sn.

rxc~-rs at -r~'v- :,ji t at!-' Py. --.% (.-,,ri a ~t
N, u--I--: 5.0;z Z, ' 2-, 1951,
t T7
contlnuct)
.I!e Mll; ;)p 2,15-161.
14. 'Cont" lbutl=rz tm t~-e of t- ;-I-'-n- Lnk-s in
t.'A Pmxir~.? I,ssj-j. " 311vilt LOTIU; nt, 163-17C.
15. ;7h* *.4stor,?--!in.! !,Ourcos Of th- 1&1~3* irl tl'.m Ilacial
Al. f of h; ca:'Peth!"ns'" 1. -VOTA and
- ItE!r; n 179-'-E:, -
'6. *ZhA rarst Of Irad--Stga d- 7purA3;
to -7-
17. in th- 7-g-tatiam Of
ho tts J--u ami th, 9 Itir. f' 3.
I-L, and 1. n~71:4: I --21C.
StudZ Ir v%i Ep-ad of thA
FUan-Trm. in Fl. 7AD--A;
rp
19 "trobl.-ima of YAd--:kl- Lila. !.Z=&- 207-
13. ------
212

-BA-DEA, L-.
I
iistoricogeographical study of the settlement-E of the Vidra region.
P. 195.
AtT AI-Mr Sr-PIA STI%7--10?. INATUPTI. RucureFti, Rumania. Vol. 7, no. 20, 1958.
Sept.
Monthly List of East ruropean AccessionE (FEFAI), LG. Vol. 8, no. 9P A959.
Uncl.

BADEAs L.
------
Sands of the Calafat region and their worth* pe 191
ANALELE. SERIA STINTELOR NA71MI. Bucuresti, Rumania.
V01. 71 no. l7s 1958
Monthly list of European Accessions (EFAI) LC, Vol. 8. no. 8, Aug. a959
Uncl,

BADEA, Lucian
The Jiblea depression; gemorphological characteristics. Probleme
geog 7.'131-144 160. (EW 10:3)
(Rumania-Gemorphology)
(Carpatbian Mountains)

--BADIL. Lucian; POPA, Gh.,
Teiraess of the Bistrita River and deposits of the terrace in the
sebtor Galu-Bicaz. ?xoblem&.geo'g 8:3.63-181 161. J-

BADEA' Lucian
"The depreksaion of Husi~ by Ion Gugiuman. Reviewed by Lucian Badea.
Probleme geog 8:598-599 161.

RUMIK
SUMP Willit Dr; BADEA, Lucia, Chemist
Analysis Laboratory of the Clinical Aoqpital "Polizu"
:.(Laboratorul de anali:~,.e al Spitalului clinic "Polizu"),
Bucharest. (For all).
Bucharest, Viata Medicy-la, No 12, 15 Jun 63, pp 841-846
"Study of the Cytovaginal Smear In Exploring the Ovarian
Function."
(2)

BADFRA, Lucian
Sub-le,arpathian Depression between Bistrita Vilcii and Olt. Probleme
geog- 9385-93 162. (publ. 163)
"Ollb ,

S--p-aratk-v t-JistillAv. of g"es obh. ineld I~y
e-htnt ~d
JH

cr
'7r)1 7 r I
77 T,
S": I:rxit'h.: 1-i '_`ast io, Oct. 1~-:

RADEA, L.
New and characteristic industrial branches in the district of Gaesti. p. 277.
OUIEL9. SERIA SHINTE131 NATURII. Rmania. V01- 5, no- 11, 1956)
SO: Monrhly List of East European Accesslons (XF-kQ LC, Vol, 6, no. 7, JulY 1957. Uncl.

BADFA, L.
BADEA. L. Denominations and conceptions ured In the automatic-control technique.
(To be contlnudd) p. 13-
Vol. 8. no. 10. Oct. 1956
STANDARDIZARFA
TECHROLOGT
Bucuresti. Rimania
So: Epet European Accession. Vol. 7. no. 3. March 1957

BADEA, L.
BADF.k, L. Denominations and conceptions used In the automatic-control technique.
(Conclusion). --D. 5
Vol. 8, no.11. Nov. 1956
STANDARDIZAM
TICHNOLOGY
Bacuresti, Rumania
So: last European Accession, Vol. ?, no. 3. March 1957

WI)EA, L,, COLT, 0.
Determination of thermal characteristics of heating various buildings in Bucharest
for a district central-beating system. P. 336 '
(ENERGETICA. Vol. 5., 110. 7, July 1957, Rumania)
SO: Monthly List of East European Accessions (EEAL) L03. Vol. 61 No. 12, Dec. 1957
Uncl.

BADEA).L.) cercetator (Bucuresti)
In the Olt Defile at Turnu Rosu-Cozia. natura Geografie
16 no. 2: 75-77 Mr-Ap 164.

; ;I - "
X1 1 J.:LR ,1 1.
~
I- 1 0.1 la . cz, oz~
ont.rimuonz, to the ' ~-, z-11 i--, %-I.
-, 1,
-:' T31 (,-`tEVI3T.; PADMII,O~-,) (Ploures'Li, -airAnia) Vol. 71, rc. In. D-c.
30; :!onthly index of --:'ast 71iii-opean AcceLs3ons ( -Gal^ ) 7~C -71ol. 7. 17o. ~n . -1 Off ni

RUMANIA
ABAGIU, P., Dr, Lt-Col, and BADEA, 14., Dr [affiliation not givenJ
"The Burnett Syndrome. Considerations on a Clinical Case."
Bucharest, Reviltj Sanitara Militara, Vol 62, No 1, Jan-Feb 66p
pp 99-102.
Abstract; The authors present a case of Burnett syndrome in
a 37--year old male patient, and discuss the diagnosis and
treatment of the affliction. They suggest that the incidence
of this conditior,s is probably more extensive than might be
assumedv and stress the importance of proper diagnostic pro-
cedures.
Includes 10 references, of which 2 Rumanian, one German
and 7 English-language. -- Manuscript submitted 5 May 1965.

Country % RUITANIA
Category : Cultivated Plants. Cereals. Leguminous Plants.
Tropical Cereals. M
Abs Jour : RZhBiol., No 6, 1959, No 24808
Author : Potlog7 A. S;I Siclovang V.; Badea, S.
Inst : Academy of 8 ences RPR.
Title : Growing of Meat Grades in a Mixture. Experi-
mental Results on Growing the Winter Ilihealt
Varieties IlCeriad 11711 and t'Odvos 24111 in a
hfixture.
Orig Pub : Studii si cercetari atiint. Academ. RPR. Baza
Timizoara. Ser. stiinte agrici4j, 1957, 40 No.
3-41 83-91
Abstract : Data on the study of the behavior of grades
groving in a mixture. No increase in the har-6;
vest in comparison with pure cultivation of
these grades under experimental conditions
(western part of Rumania) was noticed. Exi-
Card 1/2

Country : RMAX'TTA.
Category : CultiVated Plabbs. Goruaaw Legumthous Plants.
Tropical Cereals. III
Abs Jour : RZhBiol, No 6. 1959, No 248o8
Aut'-or
Title
Orig Pub :
Abstract : stence of intra-grade competition was revealed -
the variety Odvos 241 is better adjusted to gi-
ven conditions and displaced the less adjustable
Cenad 117.
Card se 2/2

RLU-%:-*' L\
w=za, --., Colonel, 11-11--dical Corps; C"EMIGHT-U, D., Licutenant-Colonel,
I-ledical Cor-ps; 2ADULESCU, G., Captain, 'Medical Cor-s; and BADEA T
Capt--in, 11cdical Corps.
"Iftole of nronchoscopy in the Diagnosis ot' .3ronchormLimonary Cancer"
Bucharest, Sanitara llilitara, Vol. 62, No. 3, I'lay-JiLlne 1966;
567-571
AbsL-,-act: Data on 24 ---atients aged 24 to 6' years, includn- 21 who had
Sronciloscopy: 13 men and 3 women, only 6 of the 21 could be treated sur-
cally, tiic rest were too far [;one; all had bronchoscopy for bronchopul-
nonary mali-nancy. 3 roent3eno.-rans, 3 tables. rJanuscript received 20
Sentc--,ber 1965.

BADECKA.-JEMEJEWSKA, Jadwiga
Tentative applications of the electrographio method in semiluantitative
determination of copper in brass. Nauki matem przyrod Lodz no.10:
177--183 161.
a. Department of Inorganic Chemistry, University, Lodz.

BADELIN,_A.,- serzhant sverkhsrochnoy sluzhby, radist 1-go klassa
On an aircraft radio set. Starsh.-aarzh, no.5-.19 My 162.
(141RA 15:6)
(Airplanes-Radio equipment)

BADEROP A.M. (Leningrad)
Standard plan for a clothing factory. Sbvein.prom. no.l.-13-16
Ja_F 161. (MIRA 14:3)
(Factories-Design and construction)
(Clothing industry)

15-57-10-14646
Translation from: Referativnyy zhurnal, Geologiya, 1957, Nr 10,
pp 213-214 (USSR)
AUTHORS: Malakftov~ V. A., Badenko, I. I.
TITLE, Influence of a Rice Field on Water-Salt Balance of the
Ground and the Ground Waters in Adjacent Fields
(Vliyaniye risovogo polya na vodnyy i solevoy rezhim
poctivy i rezhim gruntovykh vod prilegayusnchikh poley)
PERIODICAL: Tr. Inta vodn. i lesn. kh-va. Kazakhsk. fil. VAMNIL,
1956, Nr 1, pp 26-49
ABSTRACT: Observations were made for two years in specially
iocated wells to establish the boundaries of negative
influence of a rice field on salt content of soil and
ground water. Soils and ground waters were sampled when
-the rice field was flooded (May), while the rice was
growing (July), and when the water was drained around
the rice pLiddies during harvest (Sep tember--Oc tober).
Card 1/2 When the rice field was flooded, the influence of its

Influence of Rice Field on Water-Salt BUlance (Cont.)
15-57-10-14646
flooding appeared at a distance of 200 m. The author describes
the rise and fall of ground waters in relation to irrigation and
deposited matter. In certain places the inundated land was
intersected by deep canals. The water used for flooding the
rice paddies seeps down and blends with ground water. Obser-
vational data prove that vertical water migration causes the
ground water level In adjoining fields to change, but that
horizontal migration is virtually nonexistent. Rising ground
waters near the rice field caase the upper layer to become very
moist. Data on moisture distribution are given. High moisture
content creates conditions suitable for capillary rise and salt
deposition. Data on salt movement in the soil are given, and
are helpful in determining whether the ground will bear a good
crop,
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A. Ya. Smirnova

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.2 B101/B102
AUTHORS: Badenko, I. I., Berlovich, E. Ye., and Fleysher, V. G.
TITLE: Slow electrons in the P--decay of P32
PERIODICAL: Akademiya nauk SSSR. Izvestiya. Seriya fizicheskaya,
v. 26, no. 2, 1962, 197-201
TEXT: The ionization of the atomic shell in the P--decay of P32 was
examined. Slow electrons were recorded by a louver-type electron
multiplier (EM) with 18 CuBe-alloy dynodes (amplification factor - 105).
P-particles were recorded with an anthracene crystal, the scintillation
pulses of which were fed to a photoelectric multiplier (PEM) through a
light pipe. The energy of ionization electrons was determined by means
of a retarding field. The pulses of ELI and PEM were fed to a gate
circuit with a time resolution of 0-5 p-sec. The measurements were made
at 1-10-5 mm Hg. Sources: (1) a monomolecular cetyl phosphate source
(activity -0.003 ~kc per cm2 , layer thickness on collodion film --50pg-cm-1);
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Slow electrons in the... B101/B102
(2) a source obtained by boiling down a solution containing P03- and PO -
32 4 3
ions, enriched with P according to V. N. Nefedov et al. (Radiokhimiya,
.L, 236 (1959)) (activity - 0.7 ~c, layer thickness 410 jAg-cm-2).
Coincidences of beta particles with slow electrons (< 10 ey) were
observed with both sources (Fig. 2). No coincidences took place when the
active surface of the source faced the crystal. They did not change if
the distance between the source and the first dynode was extended to
25 cm. Hence, there were no negative ions, but only ionization electrons
knocked out of the outer shell. The M-electrons of phosphorus participate
in the chemical binding with the four oxygen atoms of cetyl phosphate.
Four 6 bonds and one n bond are formed. Z eff