SCIENTIFIC ABSTRACT AKHROMEYKO, A. I. - AKHUMOV, R. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000100620006-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 5, 2000
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

WEYK0 Avksentiy Ivanovich, doktor biol. nauk; SOKOLOV, A.V..,
re
[Pk~r-iological principles of developing stable forest
stands] Fiziologicheskoe obosnovanie sozdaniia ustoi-
chivykh lesnykh nasazhdenii. Moskva, Lesnaia pro-
myshlennost', 1965. 310 P. (MYRA 18;8)

j%F.; AKHROM'OVii, A.V.
M'vignpl.in suscepUbility of some crgari!c
substano~!es. Knist,
zhid. zio.2:3-6 163. %ilitil

A M YK9 M M.. sadounik
-.
Reproduction and cultivation of strawberries. Rab.
i sial-30
no.8:3 of cover. Ag'54. (MLIRA 8:12)
(Strawberries)

AKHSAROV. M.B_ (Minerallnyye Vody)'; NKRTCHYAN, MA.
(Minentl1nyye Vody)
Improving the passenger service. Zhel.dor.transp. 41.
no.8s79-80 Ag 162. (MM 15:8)
1. Zamestitell nachallnika YAneralovodskogo otdoleniya
Severo-
Kavkazskoy dorogi (for Akhsarov). 2. Starehiy inzh.
Hineralovod-
skogc otdol6niya Severo-Kaftaukoy-dorogi (for Wmtchyan).
(Railroads-Station service)

SHEVCHENKO, F., prof.; jNL7AUQ*y-krrdotsent; ARIPOV,
S,, nauchn.
sotr.; PAK, N., nauchn. sotr.; NAVRUZOV, M.,
zhurnalist;
TANKHELISON, A., zhurnallst; KOCHEROV, V.', red.;
BAKHTIYAROV,A.,
takhn. red.
[I.P.Pavlov Samarkand State ~e4cal Institute)
Samarkandskii
gosudarstvennyi meditsinskiiiwUtut im.akademika.
I.P.Pavlova;
kratkii spravochnik. Tash.~ent, Gos.izd-vo Uzbekskoi
SSR,1962.
25 p. (MIRA 16:8)
1. Samarkandskiy gosudaretvannyy maditsinakly
institut (for
Aripov, Pak).
(SAMARKAND--MEDICAL COLLEGES)

AIRTANOV, Kh. ~
DevelMmont of the collective fs4m economy in the
Giesar
Valley. Tmdy AN Tadsh.SSR 920-15 '58-
(MIR& 13:4):
(Gismar Valley--Collective farms)

AKHTAMOV5, 3h.4(Dusb=be)
in the Dapartmeht bf*Fdoh6fidcb-of the-Idademy of Sciences of
Tajikistan, Vope ekon'o' noC5".r153'FV.-?62.- (MIRA.3-5:6)
(TaJiUstan-Economic research)

AKHTAMOV, M. A.
AHHTAYOV, M. A.: nCharacteristics of the bacteria of the
intestinal-
bacillus group isolated fro,-I children in healthy
conditions and
with intestinal disorders." Sararkand State Medical Inst
irwn-,',.
Academician 1. F. Pavlov * Samarkand, 1956.
(Dissertation for the Degree of Candidate in fledical
Sciencesl.
SO: Knizhpaya l8t0Di5', No 23, 1956.

USSR / Microbiology. Human and Animal Pathogons.
Bacteria of Intastinal Group.
Abs Jour: Rof Zhur-Biol., No 2, 1959, 5585.
Author : Shavchonko, F. I.; Akhtamov, M. A.
Inst : Not given
Title : Pathogoni; Pronartics of E. Coli Isolated
From Children in Simple and Toxic Dyspopsia
and in Dysentery.
Orig Pub: Mod. zh. Uzbekistana, 1958, No 1, 20-23.
Abstract: 6,277 strains of Escherichia (30 isolated from
children were examined during, prior to, and
after illness. Tho following oritoria of var-
iability of the strains as evidence of their
pathogenicity were employed: ability to pro-
duce homolysis on blood agar, non-agglutination
Card 1/3
45

USSR / Microbiology. Human and AnimaltYathogens. F
Bacteria of Intestinal Group.
Abs Jour: Ref Zhur-Biol., No 2, 1959, 5585.
Abstract: 0.88% of cases before illness, 12.3% during,
and 0.4% after illness. In toxic dyspepsia,
24.a/Z pathogenic strains were found during ill-
ness, and 2.9% after. The dynamics of changes
of individualiindexes of pathogenicity follow-
ed this pattern. An exception was the sucrose
index, which was at the same level during and
after illness. In dysentery the percent of
athogenic strains also decreased after illness
from 81 to 64.1%). The difference in indexes
~
of pathogenicity was less marked. In the auth-
orts opinion these data indicate the variability
of BO properties during illness, and point to its
possible role in the pathogenesis of disease. --
E. B. Gurvich.
Card 3/3
46

SHBVMMMO$ F.]~.j AKHTAMOV9 H.A.1 XSHCHMMOp G.N.1
YELITZKOAO N.I.
Sme remIte of the study or InobericIda coli with
relation to
probIme in the etiology of diarrhea In Infamts,
Pediatriia 38
no.IM-23 060. (MM 13910)
( ATMYMA (WCHERIMA C;OLr)

AOTAMOV., M.A. , kand.med.nauk; MAKNAZAROVj T., student
III kursa
Antigenic properties of Esch+ichia coli excreted b7
various persons.
Mod. zhur. Uzb..no.3s23-25 Mr lbl. (MIRA 34 -* 5)
1. Iz kafedry raikrobiologii (zav. - prof.
F.I.Shevehenko) SamarkAW-
skogo gosudarstvennog.o meditsinskogo ipstituta imeni
I.F.Favlova.
(FjS(;HMOHU COLI) (ANTIGENS AND ANTIBODIES)

SHEVCHENKO, F,I.,, prof.,;.AKHTAMCYV, M.A.; ISHCHENKO,
G.N.; KAZA OVA, A.N.;
a I TEKOVA, N. I.
Biological characteristics of pathogenic serological types
of
Escherichia coli. Med. zhur. Uzb. no.2t22-25 F 162. (KIM
-15:4)
I* Iz kafedry mikrobiologii Sama kandskogo gosudarstvennogo
meditsin-
skogo imstitute, imeni I*P.Pavlova.
(ESCHERICIIIA,COLI)

SHIWCHENKO, F.I.,prof.; AKHTMIOV, M.A.; ISHCHIWKO,
G.NI.; KAZAKOVA, A.N.;
ELITEKOA, II.I.
Some results of ~ study of Escherichia coli in
connection with
the atiology of diarrhea in small children.
Pediatria 38. no.4t
17-23 Apr'60, NIRA 16:7)
1. 1z kafedry mikrobiologii (zar*o-prof.
F.I.Shevehenko) Samar-
kandskogo meditsinskogo instituta imani akademika
Pavlova.
(ESCHERICHIA COM) (DIARRHEA)

AUTAFLUMMEV, Kh.; KOLEV, D. (sofiya)
Study of the composition of a mucous substance in flores Tiliae
argenteae, Apt. delo 10 no.6:78-82 N-D 261. (MIRA 15:2)
(LINDEN)

AKHTAROVJ B.
Rodut Carex (ostritsa) v Bulgaria.
Sofiia, Bulgaria Bulgarska akademiia na naukite, 1957. -17E P.
71,
Monthly List of East European Accessions (LUI) LC,, Vol. b., No. lu,
Oct.11959.
Uncl.

RODYAKIN, V.V.; ANDREYEV, A.Ye.; BOYKO, Yu.N.;
VAYNSHTEY.N, G.M.;
KARGIN, V.M.; BRODSKIY, E.Ye.; KFfABAPOVA, N.P.;
TKALICH, V.S.;
Prinimali uchastiye; PIROZHOK, Ye.V.; YURCHENKO,
S.V. (deceased];
WNTYANOVp I.P.; SUKFIORUKOVA, N.Yu, BUIANAYA, N.K.;
AKHTEMENKO,
N.Ya.; BRAGIN, A.M.
Handling of molten metallic magnesium. TSvet. met.
37 no.12-
53-56 D 164. (-KRA 28:2)

cz,A~MITM~OV,Ioaif Sa
J~ ~~~~raoloxich arrkhitaktor-khudozhnik; MIMITSKAY
Feofaniya Romnovna, arkhitektor; SAMMMIKOT, Tladizir
Vasillyevich, inzh.; SUSIMOV, Oleg Alaksandrovich,
kind.
arkhItaktury. Prinimali uohastlye: KRYZMOVSKATA,
A.S.,:
arkliltektor; ZAGALIMAYA, O.A., khudoshnik.
MALICHEVSKIY, T.,
red.-sostavitall; GARKA 0, L., tekhn.red.; (RUSHKO,
T.,
teld-m.red.
[Rome furniture; design and construction manual]
Mebell Me
zhillis; posoble po proaktirovaniiu. Kiev,
Goo.izd-vo lit-ry
po stroit. i arkhtt, USSR, 1960. 295 p. WRA 14:4)
1. Akademlya stroitelletva i arkhitaktury USSR.
Institut
arkhitaktur7 soorusheniy.
Opurniture)

AKHTEROV, Iosif Sapg1lovic4i KARAKIS, Irma Iosifovna;
SVESHNIKCrV,
.0 -
'-iE'~7A7i;KsEZ6'Po",;rcn;'hEKOVKIN , M.P., red.;
KIYANICHENKO,
N.S., red.; LEUSHCHOKO, N.L., 'tekhn. red.
(Furniture for one-family apartments] Mebell dlia
kvartir
odnosemeynogo zaseleniia. [By] I.S.Akhterov i dr. Pod
red.
M.F.Klekov-kina. Kiev, Gosstroiizdat USSR, 1962. 192
p.
(KRA 17:1)
1. Akademiya budivrWtstva i arkhitektury URSR.
Instytut ar-
khitektury sporud. 2. Chlen-korrespondent Akademii
stroitell-
stva i arkhitektury Ukr.SSR (for Klekovkin).

S/0 17/6 1/bOO/002/00 1/t0 1
AllOIA133
AUTHORt Akhtin, V., Captain Engineer, Candidate of Technical
Sciences
TITTU: Kilometers of wire from one drop of metal
PERIODICAL: Voyennyye znaniya, no. 2, 1961, 17 - 18
TEXT: Soviet scientists headed by Lenin Prize Winners 1960
Professor A.V.
Ulitovskiy and Graduate Engineer V.G. Krasin'kov have developad two
new produe-
tion.methods of high-quality microwires. The first method permits
the production
of 1 - 120jW diameter-glass-insulated miorowires nrd is based on
the plasticity
of molten glass and on the suction property-or m)'-san metal. The
process is ex-
plained on a simplified device (Fig. 1) consisting of a miniature
furnace (1),
10 - 15 mm diameter "nonex!' glass tube (2) and drum (5). A 1 - 2 g
metal drop,
e.g. manganine (3.) placed on the bottom of the glass tube and
melted by the fur-
nace (1) heats the bottom of the glass tube and attainin the
equired temperature
rAbstracter's note: degree of temperature not specifiedl the rolten
glass forms
a 5 - 20 PV diameter capiliary tube with a manganine core (4), i.e.
a glass insulat-
ed microwire whi-ch is coiled up on a drum (5). The diameter
depends on the tem-
perature of the molten glass and on the rotating speed of the drum.
The device
Card 1/3

S/017/61/000/002/001/001
Kilometers of wire from one drop of metal A110/AJ:53
is semiautomatic., and operated by 1 attendant. With 1 - 2 g
metal, several kilo-
meters of high quality microwire, used in radio engineers and
eleotronios-and com-
bined with magnetic materials, can be produced. The glass
retains its insulating
property over a long time and is moisture and acidproof,
resisting even high con-
centrated boiling sulfuric acid. The wire diameter can be
further reduced by
heating of 1 mm microwire of somewhat'thioker glass insulation
until the metal
coil is melted after which the soft wire is stretched by a
special, non-specified
device. Such micro-gage invisible microwires having a
resistance of several.
thousand ohms retains its full elec7t-ria conductivity. Not
specified foreign press
sourcoo reported on submarines whose fully automatic atomic
powered engines in-
cluded a great number of various relays using microwires. The
voltage are is-suc-
cessfully prevented by placing the relay In a vacuum,
Microwire Ooiling ensures
maximum efficiency asit has the advantage that not only the
contacts but the whole
relay can be placed inside the vacuum. Vacuum relays ensure
steady performance at
greatly varying temperatures which makes them suitable for use
in microthermometers
electric micrometers eta. The second production method of
microwires is based on
the fountain effect. In a device (Fig. 2) the molten metal (3)
in autoclave (2)
is pressed by inert gas,-supp-lied by pipe (1), through nozzle
(5) into cooler (6),
which, causing an inmediate hardening of outcoming metal, (4)
ensures its shape.
Card 2/3

S/017/61/000/002/001/001
Kilometers of wire from one drop of metal A110/A133
Lead microwires obtained by ihis method are-used for pressing of
accumulator
plates whereas aluminum microwires are used for reinforceTent of
rubber tires
rendering them bulletproof. At present, recently developed
micro-technical'*ana
micro-metallurgical methods are being introduced into allied
production fields.
The Leningradskiy gosudarstvennyy universitet (Leningrad State
University) has
developed an ultrasonic perforated glass microzieve with 1,000
apertures on a
plate of GOV-4-thickness with the cross section of a human hair.
There are 3
figures.
Figure 1:. Figure 2:
Card 31~

VVEDEMIM, P.1.[.Vvedens1]Wi, P.Ijj, prof.; GAREV,
L.P.[Hu4ey, L.P.),
kand. ekonom. nauk; ALENINA, H.T.; AKHTXRCIEWOj,,G*M.-
[AkhtyrChenko,, H.M.]
Study of the use of coke gas as a raw material for
different
branches of the chemical Industry. Kompl. vyk. pal.-ener
res. Mr. no.1:243-256 159. (MIRA 16:71
1. KharkovBkiy inzherierno-ekonomicheskiy institut.
(coke-oven gas)

WrICIOVA, L. A.
Akhtoiova) L. A.
"Glinic--thematological COIDarisons in tuberculous meningitis in
children
during the therapeutic process." Kharlkov Medical InsL. lrnar8kov,
1956.
(Dissertation for the Degree of Candidate in Medical Sciences).
Knizhnaya letopis,
No. 21, 1956. Moscow.

AKHTUBIV, S.
Wonderful ol. 1. NTO 4 no.5s6O-61 MY 162. (KRA 15:5)
1. Akademiyi,~pedagogichcskikh nauk RSFSR.
(Corn oil)

AMYOW, F.K.
Role of degenerative-dystrophic lesions of the
acromicclavicular
joint in the clinical syndrome of the qo-called
humeroscapular
periarthritis. Trudy LIETIN no.16:380-386 164.
Anatomical X-ray picture of degenerative-dystrophic
processes in
the acromioclavicular joint. lbid.:387-397 04IRA 19:1)
1. Pervyy Leningradskiy meditsinakiy institut imeni
akademika
I.P. Pavlova.

AKHTYAMOV K.Ya.
make wider use of hydranlic piqtob pampa, Neftianik 7
no,7sl8
J1 162. (MIRL 16.3)
1
1. Nachallnik vtorogo uchttstka neftepromyslovogo
upravloniya
Tuymazaaeftle
(Azerbaijan-Oil well pumps)

AETMI-Mvp ~.~Ta
Main direction. Isobr. i rats, no.1:8-9 Ja 159.
(MIRk 12:1)
1. Hachallnik okeparimentallnogo otdola Ural'skogo
filial&
Akademii,strottellstva i arkhitakt SSSR.
(Building r a urT
as arch

28(112) SOV/115-59-7-16/33
AUTHOM Akhtyamov, E.Z.
TITLE: An Automatic Device for Sorting Permanent Magnets
PERIODICAL: Izmeritellnaya tekhnika, 1959, Nr 7, pp 30-31 (USSR)
ABSTRACT: The author describes an autoisitit-device for sorting
cylindrical
permanent magnets for which he received Author's Certificate Nr
600276/2, dated May 24, 1958. A drum-type feed machanism placei
the magnets into the measuring circuit, shown in fig.l. The feed
mechanism is shown in fig.2. When the magnet to be tested is plac-
ed into the air gap of the measuring circuit, a contact is closed
and the magnet is magnetized to full saturation by a thyratron
magnetizing device show in circuit diagram,(Fig.3). The magnetic
flux will deflect a measuring frame. In case of a small deflection,
a photo-relaT will actuate a mechanism transferring the magnet
into the "unserviceable" tray. in case the deflection is large en-
ough, the photo relay will not work and the magnet will be dropped
into the "serviceable" tray. Two counters register the numbers of
serviceable and unserviceable magnets. The relay circuit diagram
Card 1/2 is shown in fig.4. The automatic device has been
successfully

SOV/115-59-7-16/33
An Automatic Device for Sorting Permanent Magnets
tested using permanent magnets, whose test results were certified
by VNIIM. The automatic device will sort about 600 permanent mag-
nets per hour. This amount may be still increased by using a dif-
ferent feed mechanism. Presently, work is being continued on the
development of a feed bunker which will replace the drum-type
feed
mechanism. There are 1 diagram, 3 circuit diagrams and 1 Soviet
reference.
Card 2/2

AR6035060 SOURCE CODE: UR/0058/66/000/008/E114/E114
AUTHOR: Akhtyamov, 0. S.
TITLE: Theory of ferromagnetic superconductors
SOURCE: Ref. zh. Fizika, Abs. 8EB85
REF SOURCE: Uch. zap. Urallskogo un-ta. Ser. fiz., vyp. 1,
1965, 139-145
TOPIC TAGS: ferromagnetic superconductivity, electron spin
ABSTRACT: The pairing of electrons with antiparalled (11 y and
parallel'.( ff).~ spir
is investigated. It is concluded that model ,(T'D'. yields
"a-better description of the
state which characterizes the coexistence of ferromagnetism
and superconductivity.
[Translation of abstract] [DW]
SUB CODE.- 20
Card 1/1

s~. c E,- F I i 1 46~ inet-W&e-deniye, v. 1% no. i, 194-5, 14-24
r1nors snow rirsr, now uo ootain Tne resu-i.ts alreariy )rnoum ror a normai
rerramaignet
-~7

L 39383-65
Ix
lqJBM=ZM. 14Aprf.;,14 ENC-1; Ocl

L. 21574-66 EVIT (m)/EI'IA (d)/F_WP,(t)___. JD
Acc NR: AMn493. SOURCE CODE
UR/0.386/66/003/00T/004/028T
AUMIORL. Akht
~ORG: Bashkir State University (Bashkirskiy gosudaretvenr4y
universitet)
4TITIE: A possible-experiment-for findi erconductors ith different
piir
multiplicity
,SOURCE: Zhurnal eksperimental'Inoy'"'i teoraticbeskoy fiziki. Pialma
Y redaktoiyus
284-28T
'Prilozbenlyep Ve 3P no- Tj, 1966
TOPIC TAGS.- superconductivity#., pair theory
ABSTRACT: The author points out that the IWpothesia thatcertain
superconductors
can be in the triplet state# or generally in a state with I ~ 0 can
be checked ex--!
?perimentally by measuring the Josephson tunneling, since it can be
sbown matbomt-
~;ically that the angular-mmentum conservation law forbids the
JoMbson effect for
:structures consisting of.superconductors with pairs in different
orbital states.
Since an analysis . of the expression for the tunneling Hamiltonianp
with calcula-
tions carried out for zero -temperature and voltagep shows that
experiment cannot
jidentify the state of the super'conductorsp the author concludes
that to find Mer-,
it "transition elenent
iconductors with different A is necessary to start with

DEKITMOVP-.L.A.t kand.tekhn.nauk; AI=YAMOV9 U.S.;
AGEYZVj I.V.; PAKHOMOV9 K.A.
SARAYA4iOVt S.K.
Performnnee of IaAZ-20/. engines fueled with light
gasoline. AyLlwom.
no.2:23-27*7 161. (MIU 340)
(Automobileo--.Engines)(Gai3oline)

AMTYMOVA, Z. S.
"Data on the Use of Penicillin in Surgical Fractice.w Cand Med
Sai, Kazan' State
Medical Inat, Kazan', 1954. (KL, No. 1, Jan 55)
Survey of Scientific and Technical Dissertations Defended at
USSR Higher
Educational InstitUtions (12)
SOs Sm, No, 556, 24 Jun 55

AKHTYAMOVA, Z.S., assistent; FMOROV, V.V., aspirant
Multiple perforation from dysenteric ulcers. Kaz.med.zhur.
40 no.4:
81-82 JI-Ag '59. (MIRA 13:2)
1. Iz kafedry gospitallnoy khirurgii (zaveduyushehiy -
prof. N.V.
Sokolov) Kazanskogo meditsinskogo instituta.
(DTSMKRT) (IMSTINES--ULCIRS)

AMY&MOVA., Z S., asodstent
- --- 'I
Experienca in surgery cf the th oi 1 gJand. Ka- 4ed. Zhur.
no.6:7-9 162. -.0 (1.11PA 17: 5)
1. Klinika gospitallnoy khirurgil (za-v. -- prof. h. I.
Sokolov)
"-,7ansk-ogo meditsinskogo instituttt, na b,-.,-,e 'I--
g-o~rcdlskoy
bc,llnitsy (glavnyy vrach A,Z. Sinyavokay"I'le

,VV~DMISKIY, P.I.: AUMINA, M.T.; TNSTJMO, Y.F.; AIGITYRGWMO. A.M.
ISHCEWO, G.N.
Economics of the removal of hydrogen sulfide from coke-oven. roks
i khim. no,3:46-49 '58, (MIRA 11W
1. Kharikovskiy Inzhenerno-skonomicheakiy inatitut (for Vvedenskly,
Alenina, Teslenko). 2. Ukrainskiy uglekhimicheakiv institut (for
Akhtyrchenko, Iohohenko).
(poke-oven gas) (Hydrogen sulfide)

VOWSHIN, A.I.; BOGOYAVIMISKIY, K.A.; AKHTYMH]2?KO A M
- TURIK, I.Iij;
ZHIDKOP A.S.; LXALYUK, V.Sj; GABN~,'~BKT~--;H~Wq V.P.;
-
STARSHINOV., B.N.; BABIY, A.A.; SAVELOV, N.I.;
Prinimali..;`
uchastiyez TORYANIK, E.I.; VASILIYEV, Yu'S,; SHEMELI,
TA.;
SENYUTA, V.I.; BONDARENKO, I.P.;'AYSTISav7shy, DM.;
ANDRIANOV, Ye.G.; SERGEYEV, GA.; ZAMkKHOVSKIY, M~A.;
LYUKIKSON, M.O.; IVONIN, V.K.; TSIMBAL, G.I.; SENIKO,
G.,Ye.;
D.A.;
KONAREVA . N.V.; SOLODKIY,, Yu.L.; LUKASIHOV, G.G.;
TAFA~Sov,
GOIRUNKV $ U.S.; SUPRUN, I.Ye.; TIKHOMIROV, Ye.I.;
KONOftm, P.A.;
PROKOPOV., V.N.; GULYGA, D.V.; PLISKANOVSKIY, S.T.;
PONOMMU, K.Ye.
Effect of the length of coking on coke quality and the
performance
of blast furnaces. Koks i khim. no.12:26-32 161.
(14IRA 35.:2)
1. Ukrainskiy uglekhimicheskiy, inatitut (for,Voloshin,
Bogoyavlenskiy, Akhtyrchenko, Turik, Zhidko, Lyalyuk,
Toryantk,
Vasillyev, Shemell). 2. Zhdanovskiy kokookhWeheskiy
zavod
(for Ghbay, Senyutd, Bondarenko, Amstislavskiy, -A-A ,
ov"
Sergeyev.. Zamakhovskiy, Lyukimson., Ivonin,
ToSimb&,I). 3. Urallskiy
nauchno-looledovateliskiy inatitut chernykh ustallov
(for
Onopriyehko, Starshinov, Babi4 Sezx-lko, Konarevitt
Solodkiy).
4o Zavod nAzovotall" (for Savelov~, Lukashov.,
Tarasov, Gorbanev.,
Suprun,, Tikhomirov.. Kononenko, Prokopov., Gulyga,
Pliskanovskiy,
Ponomareva).
(Coke)
(Blast furnaces)

AKHTYRSMAYA, L.G.; MAZO, A.A.
e -------------
Hygienic evaluation of balanaed nutrition in
kindergartenB.
Vop. pit. 19 no.3:27-33 MY-Je 160. (MIRA 14:3)
1. Iz laboratorii (zav. - dotsent L.G. Menin) Dorozhnoy
sanitarno-
epidemiologicheskoy s+qantsii Yugo-vostochnoy zhelesnoy
dorogi,
Voronezh. t
(CHILDREN-NUTRITION)

MkW, A.A.; AKHTIRSKkYA L G - Fi4iimal uchaatiye
KOROIEV, N.V.
Study of the.nutrition of diesel locomotive
operators. Vop
pit. 20 no.6:31-33 N-D 161. (MIRA 1M)
1. Is laboratorii, (mav. - dotsent J,.G. Menin)
sanitarno-,
opidemiologichookoy stadAtaii Yugo-Vostoohnoy
zholeznoy dorogi..
Voronezh,,
(NMITION)
(LOC(140TIVE ENGIWM)

MAZO, A.A.; AKHTYRSKAY.A, L.G.
Comparison of the 1954 and 1961 editions of tables
listing
chemical composition and nutritional values of food
products.
Vop. pit. 22 no.6:74,75 N-D 163. (MIRA 17:7)
1. Iz laboratorii Dorozhnoy
sanitarno-epidemiologicheskoy siantsii
Yugo-vostoohnoy zheleznoy dorogi (nachalinik L.G.
Menin), Voronezh.

FEDYANIN, B.I.; AKHTYRSKAY&t T.I.; PEPENKO, V.D.
Conpacting large molds by pressing. Lit.proizv
-no.7:15-16 J1
162. 0' (KURA 16 t2)
(Machine molding (Founding))
t
I i

FEDYANIN, B.I... inzh.,- AIKHTYRSKAYAP inzb.;
Fzprmol V.D., kand.
teldin. nauk
Rrossing large molds. Mashinos&;artite no-3:32-35
My-Je 163.
(KM 16:7)
I* Khar9kovskiy filial institut~t avtomatw.
(Molding

AKHTYRSKAYA, T.I.,- PEFENKO, V.D.; FEDYANIN, B.I.
Sivall bat^-h production of molds on a sand sl.-~nglLg
and squeeze.), .
molding ma~,.hlne. Lit. proA-zv. 5:21-23 My 164. (M214
18,0)

KUCHERENKO, Ye.T.; ~~ ~.; DEMOYANEKKO, V.P.
Effect of the ion bombardment of inert gases and
bydrogen I'm
the electron emission of pressed cathodes.
Radiotekh.i eiektron.
8 no.21279-287 F 163. (MIFA 16:2)
1. Kiyevskiy gosudarstvennyy universitet im.
T.G.Shevchenko.
(Cathodes) (Thermionic emission)

I T - SAyy;1go, V.A.;_ AMITYIPLUYA, ys--~]-
KUGHEhENKOP YCO ty - - - I . - . .. I
j
'r, a F:e'fd- -
IIF-ture of a ref lector di so-harge I (mIFj, I-Sao)
alektron. 10 no.10:18711-2&O 0 1~5.
1 Irl
1. Kiyevskiy goslldarstvew,YY ut'd-var~;iLO. -i'!.

AK)ITYRSKTY, N.P., Jnzh.; NOVQZ111WV, G.P., Jnzh.;
PANFILI, L.S., Jnzh.j
V.Ya., inzh.
Complex 3.3 Kr. a.c. traction substation. Transp.
stroi. 14
no.11:9-13 N 164. (MIRA 180)

AKHTYRTSEVA, N.; NESTEROV~~'A.
Selected lectures for correspondence school students. Vest. Moak.
une Ser, 5: Geoge i7 no.6:85-86 N-D 162. (K[RA 16:1.)
1. Voronezhskiy universitet. (Geography)

AKHTfRSKIT I.;STANOVSKIU, I.G., valltsetakar';
MOROZOV, P.G., master
-!E~okarnoy masterskoy.
Automatic hard facing of rolling mill rolls,
Metallurg no.12:20-
23 1) 156. (MLRA 10:1)
1. Inzhener TSentraltnoy savodskoy laboratorii (for
Akhtyrskiy).
2. Kramatorskiy metallurgichaskiv zavod imani
Kuyb7shava (for
Stanovskiy). (Hard facing) (Rolls (Iron mills))

PONOMARIV, P. VALITSAV, A. -N.; HASOITOV, H.A.; HIMLOYA, Ye,
S.; SAVGHWO,
A,S, I DMADIN, A.8,; AKETYRSKrY, V.I.
ROM of square blanks made by continuous casting. Biul. TOXIIGHK
no. 8313 158. (MIRA 1117)
1. Kromatarskly matallurgicheakiy xavod im, Kuybyshave(for
Ponomarev,
Valltsev, Hasonov, Markulava, Savohank4 2. TSentrellnyy
nauchno-
iseledova toll skiy institut chernoy metallurgii(for Dukhmnin,
Akhtyrokir).
(Rolling(Hatalwork))

18-3200,18-5100 78179
SOV/133-60-3-4/24
AUTHORS: Rutes, V. S., Nikolayev, N. A., ~khtryskiy, V. I.
TITLE: Formation of Internal Defect s in Square Cast Bi-Ilets
During Continuous Pouring of Steol
PERIODICAL: Stall, 1960, Nr , pp 212-215 (USSR)
ABSTRACT: This is an investigation of the effect of the rate of
pouring, reduction, secondary cooling, and other factors
on formation of internal defects in continuously poured
square cast billets with the purpose of finding the
causes of defects and methods for their eltmination.
This investigation was conducted at the Novotullskiy
Metallurgical Plant (NTMZ), with participation of
plant personnel. The investigated cast billets were
of 200 x-200 mm cross section. The depth of liquid
cavity and the "front of crystallization" were determined
by the methods of the Central Scientific Research Insti-
tute of Ferrous Metallurgy (TsNIIChM), that is, by
pouring in the lead and introducing radioactive isotopes
Card 1/8 of sulphur and phosphorus. The relationship between the

Formation of
Internal Defects in Square 78179
Cast Billets
During
Continuous Pouring SOV/133-60-3-4/24
of Steel

depth of liquid
cavity (L,m) and the rate of pouring

(V,M/min) for steels St 3,
45, U7-Ul3., SkHLl, and

SkhV4 was determined as L= 9-5v, where
9.5= coefficient

corresponding to the time of complete
solidification

of billets in min. Therefore, the depth of
liquid

cavity is increasing with the increase of pouring rate

(see Fig. 1). The degree of development of axial poro-

sity is
increasing with the increase of pouring rate,

which was noted
in previous work. The development

of axial porosity in
continuous cast billets is attri-

buted to the considerable
length of liquid cavity in the

narrow tail part, leading to the
formation of "bridges,"

interfering with the correct feeding of
metal to subse-

quent portions. The authors state that axial
porosity

was more developed in high carbon steels (W-U13 than

in
low carbon steels (St3 and SkhLl) (see Fig. 31.

The increase of
pouring rate is followed by the increase

of templets with
Qoarse porosity, characterized by

points 3 and 4 of TsNIIChM
scale. 0 point indicates an
Card 2/8
absolute dense central zone
and points 3 and 4 indicate

IFormation of
Cast Billets
of Steel
Internal Defects in Square 78179
During Continuous Pouring SOV/133-60-3-4/24
01%
Vj
1
- -- .1 - - - - /8)
Card 3/8 S~ Fig- 1. (Caption on Card 4

Formatlion of internal'Defects in Square 7817q
Cast Billets During Continuous Pouring' SoVI-33-60-3-4/24
of Steell
Fig. I.The relationship between the depth of liquid;
cavity and the rate of ouring (a) when nouring at the
rate of 0.7 m/minj ( 6 ~ ditto at 1.0 ~~min. (1)
Distance from meniscus; (2) distance from surface, mml
~fl time, sec; (4) distance from meniscus of metal, mmj
5 in the zone of secondary coolingj (6) in crystal-
lizer.
V?
card 4/8 Fig. 3. (Caption on card 5/8)
IV,5 97 0.85 fd
(-t-)

Formation of
Internal Defects in Square 78179
Cast Billets
During
Continuous Pouring SOV/133-60-3-4/24
of Steel

The effect of pouring
rate on density of axial
-
Fig

~
zon ~n
umber of templet points 3 and 4) of continuously

cast billets of
various steelsi (a) U12-UI3; (b) TJ7-U-9;

(d) SkhI'
c
Stl; a. (1) number of porous templets,

2 pouring rate, in/min..
~
~

n I mm. The internal
porosity with voids larger tha

.
zones of longitudinal and transverse templets often

show some cracks.
Depending on their location on

cross section, these cracks ~see Fig.
5) are divided

into corner cracks (Fig. 5,a , intermediate cracks

(Fig. 5,b) and apider-like central cracks (Fig. 5,c).

The extent to
which the billets are affected by

segregation streaks and cracks in
the intermediate

zone are mainly determined by the aniount of
reduction

produced by the rolls of pulling stands, when the core

of
billets is still liquid. The authors state that

for improvement of
quality of continuously cast bil-
Card 5/8
lets the reduction of
billets before their complete

Formation of Internal Defects in Square
Cast Billets During Continuous Pouring 4
of Steel
N
C-
k I% wt it
lilt'
Card 6/8
78179
SOV/133760-3-4/24
lit
a
Fig. 5. A diagram of location of internal cracks and
segregation streaks occurring in continuously cast
billets. A-B, pulling rolls.
solidification should be elimin,ated. *The distortion
of shape begins in the crystallizer and continues
until final solidification of the billet. Therefore,
the authors recommend an improvement not only in the

Formation of Internal Drz~fects in Square 78179
,Cast Billets R"ing Continuous Pourln~::Dr SOVII 3_'3 -60-3
-4/24
of Steel
design of crystallizers, but of the whole system below
crystallizers. The authors feel that the mechanism of
crack formation in the central zone requires further
study. They studied the weldability of internal poro-
sity and small cracks in c'ontinuously cast billets by
hot deformation at different reductions. They state
that full welding of internal interorystalline hot
cracks in investigated steels could be obtained only
after 4 repeated recluctions of'the cast billets,
However, for carbon tool steel U7-U13 even 4 consecu-
tive reductions were not sufficient for complete weldir
of axial porosity, and only 8 consecutive reductions
gave sufficient central density. There are 9 figures;
and 4 references; 2 Soviet, 1 German and 1 French.
ASSOCIATIONz TsNIIChM and Ukrainian Institute of Metals
(TsNIIChM
I UIcrayinskiy institut metallov)
Card 1/8

Formation of Internal Defects In Square
Cast Billets During Continuous Pouring
of Steel
too
R
49:
0 *
M-
7
id
M -IN -
46. 100-
30[ UP
78179
SOV/133-60-3-4/24
Fig. 7. The effect of pouring rate and reduction
by pulling rolls on development of cracks and segre-
gation streaks. (a) number of templets with cracks
and streaks In %; (b) average summary length of
cracks and streaks, Mill) (c) difference in sides of
castings (mm) resulting from reduction by pulling rolls.
Card 8/8
49S to-
Rate 'Inl.mill.

S/137/6216W/001/015/237
A060/A101
AUTHORSt Akhtyrskiy, V. I . Sladkoahteyev, V. T.
TINZ: Structure of steel ingots with 200 x 200 mm
oross-seation under
continuous casting
PERIODICALs Referativnyy zhurnal, Metallurgiya, no. 1,
-1962,,63, abstract 1V394
I("Sb. tr. Ukr. n.-i. in-t metallov", 1961, no, 7, 115 - 124)
TEXTt The authors cite the results of an investigation as to
the structure
of a 1 arge number of billets with oross-seation 200 x 200 mm,
obtained by
continuous casting in an installation of the Novo-Tullskiy
metallux*ical plant
from carbon steel grades from steel 3 to Y13 013). After
investigating 4 - 8
templets of each heat with weight 5 - 10 tons, it was
established that in the
main the billets have a dendritic structure and the percentage
6f smelts with
aoioular structure increases as the metal temperature
increases. "The 6itent of
the acioular zone for the grades of steel investigated als'o
incl~eases as'the
temperature of the metal caeft and the carbon content are
raised. -'TM-lvading
part of the billet is affected by a shrink hole up to the
depth of 0.'6'- 1.0 m,
which at a billet length of 16.5 m (for a 10-ton heat)
corresponds to an average
Card 1/2

,9/137/62/000/001/015/237
Structure of steel ingots ... A060/A101
trimming of 3.6 - 6.0%. it is noted that central friability
and porosity are
remarkably developed in the billets, the formation of which is
related to'the
rise of "bridges" and to settling or7stallization. It is
deinonsti~ated that
coarse ax1al. porosity increases as the pouring rate is
inoreased and as the C
content in the metal is raised. Chemical analysis has
established the absence
of notable liquation of the elements over the oross-section
and the length of
billets of mild and medium-oarbon steel, whereas In tool steel
the liquation of
C and S is more pronounced.
I. Granat
[Abstracter's note: Complete translation]
Card 2/2

S/137/62/000/002/021/144
AO06/AlO1
AUTHORS. Sladkoshteyev, V. T., Potanin, R. V., Akhtyrskiy, V.
I., Kuritskiy,
M. A., Bat', Yu. I.
TITLE: Experimental industrial unit for the continuous teeming
of steel
PERIODICAL: Referativnyy zhurnal, Metallurglya, no. 2, 1962,
47, abstract 2V282
C'Sb. tr. Ukr. n.-i. in-t metallov", 1961, no. 7, 143-150)
TEXT- The authors describe an experimental industrial
continuous steel-
teeming unit constructed at the Ukrainian Institute of Metals..
The design of
this unit provides for the casting of round and square blanks,
60 - 200 mm in
diameter. On the teeming platform located at 11.5 m height from
the shop floor,
there are: an assembled water-cooled Cu-crystallizer with a
mechanism for its
reciprocal displacement, and an intermediate teeming device
without a stopper and
with a metering zirconium nozzle of 14 - 19 mm In diameter.
Directly underneath
the crystallizer on a 3 m long section there are the secondary
cooling sprayer
unit and the guide rolls. To pull the blanks an eleotric-driven
drawing stand
is used, which makes It possible to regulate the speed of
drawing the blanks
within a wide range. The roll pressure on the blank may also
vary from 1.0 to
Card 1/2

S/137/62/000/002/021/144
Experimental industrial unit ... AG06/AIO1
5.0 tons by adjusting the springs. Below the drawing stand there
is the gas-
cutting cabin, which moves during the blank cutting process
along vertical
guides at 3.2 m pace. The cut-off blank pieces drop into the
collecting device
pocket where they are accumulated.. The metal intended to be
teemed on the unit
is cast in a 1.0-ton electric furnace and is supplied to the
unit in a ladle
without a stopper.- The ladle is lifted to the unit with the aid
of a telpher
line. The unit is controlled from a desk located on the teeming
platform; the
gas cutter and the collecting device are controlled from a
second desk located
in the gas cutting cabin. The unit is equipped with a
control-measuring
mechanism. There is a templet shop near the unit.
1. Granat
[Abstracter's note: Complete translationj
Card 212

GLAZKOV, P.G., inzh.; GRIGORIYEV, F.N., inzh.;
MJJRZOV, K."., inzh.;
SLADKO.cHTEYEV, V.T., inzh.; PrInimali uchastiye;
MALAKHA, A.V.;
POKRASS,L.M.; DRUZHININ, I.J.; OSIPOV, V.G.;
KONDRATYUK, A.M.;
POLYAiwV, I.V.: GOIIDIYENKO, M.S.; PAVLOV, M.T.;
KOPYTIN, A.V.;
PARASHCHENKO, R.A.; POTANIN, R V.- AKHTYRSKIY V I.;
BRUK, S.M.;
YEVTUSHENKO, V.V.; LEYTES, A.V:
Continuous casting of 140-ton steel heatp vith
four-channel
equipment. Stall 22 no. 6:501-504 Je 16.2. (MIRA
16:7)

PYJ4017083 BOOK EYMOITATION S/
Sladkoshteyev, Vladimir Timofeyevich; Akhty*rskiyj, Vladimir
Ivanovich; Potanin..
Ruslan Vasillyevich
Quality of contir)uouslycast steel (Kachestvo stali pri
neprery*vnoy razlivka)
Moscow,, Metall-urgizdat., 1963., 173 P, illus.. biblio. Errata
slip inserted.
1,250 copies printed.
rimmed steel
TOPIC TAGS. quality control.. cast steelo killed steel, continuous.
casting
PURPOSE AND COVERAGE: Metallurgical plants and research institutes
in our country ',r
and abroad have accumulated a great deal of experience in the
continuous casting
of various grades of steel into castings of diverse cross section.
In generalizingi
this experience,, the authors of'the book consider the problems of
the quality&
the metal in continuous casting giving special attention to the
nature of the do-
fects, their origin.. and rathods of eliminating thern. The book is
intended'for
engineers and technicians in metallurgical shops and plants, A
TABLE OF CONTEMS (abridged3:
Card 1/2

A14017083
Foreword - - 4
Assortment of continuously cast ingots and equipment for casting them
-
Solidification mechanism of a continuously cast ingot 23
Quality of killed steel - - 32
Quality of rimmed steel - - 123
Quality of semi-killed steel - 158
Metal quality control 162
Bibliography 172 -
SUB CODE: HL SUBIMITTED: 23 Mar 63 NR REF SOV: 059
OTHER: 000
DATE ACQ: 10 Mar 64
Card 2/2

SLADKOSHTEYEVY V.T.p kand. tekhn. neuk; GPIGOR*YEV,
F.N., I-IMOV, K.P.;
POTANIN, R.V.,- _AKBRYRSKIY,,V.I.;._ DRUZHINDI, L.I.
Continuous casting of low-3arban steel Into wide
slab ingots.
Sbor. trud. UNIIM no.9913.1-145 16.4 (MM 1821)

SLADROSHTEM, V.T., kand. tekhn. nauk; AKHTYRSKIY,
V.I.; POTANDI, R-V.
Bcternal hot cracks during the continuous casting of
steel..
Sbot. trud. UNIIM no*9al46-152 t64 (KIRA 18-21)

MURAVIYEV,, PrIJ-0.mal". w.~bastiye3 SLINIKO, A.N.,,
- I , - 31POV, V.G.-, KUCHMINSKIY, Tu.M.
POTANIN, R.V.; DRUZHIN. ~ 1.1.~ W
v
Natims of the nonmet4W.`.~-, 'n t'laf- nont-%.nuous)y
cast ingots. Sbor.Vud. IIIGIM 16150
(YGRA 18.- 11)

SLADKOSHTEYEV, V.T.; AKHTYRSKIY, V.I., POTANIN, R.V.;
KUC124INSKIY, Yu.M.;
SLINIKO, A.N.; Prin1MairiA:a'9'dy&.* GRIGORIYEV,
F.N.; DRUZHININp
I.I.; OSIPOT. V.G.; PARASfEHENKO, R.A.; KOPYTIN,
A.V.; KOLESNIK,
A.Ye.; KRAVALADZHIP V.I.; NOSOCHENKO, O.V.
Material balance of smelting wiLh continuous casting.
Sbor.trud.
UNUM no.lltl24-130 165.
(MIRA 18ill)

AKHTYRTSEV. B. P.
AIMTRYTSEV, B. P. OModification of the Soils and Their Fertility In
the Case
of a Change In the Vegetation In a Typical and in a Southern
Forest-Steppe of the
Voronezh Oblast." Voronezh State U, Biological-Soil Faculty,
Voronezh, 1955
*(Dissertation for the Degree of Candidate in Sciences)
SO: Knizhnaya letopis', No. 37, 3 September 1955
*For the Degree of Candidate In Biological Sciences

X
USSR oil Science - Genesis and Geography of Soils. J-2
-/S
Abs Jour Ref Zhur - Biol... No 3, 1958., 10454
Author Akhtyrtsev, B.P.
InSt
Title Changes in Comon Chernozem'When an Oak Grove
Has Been
Growing on it For 80 Years.
Orig Pub Pochvovedeniye., 1,9560 No 11: 50-58
Abstract A descriptionis given of the results of
physical, chemi-
Ical, and physico-ahemical analysis of the soils
'under an
unmixed oak grove which was planted in 1875 in
Vorontso-
vskiy rayon) Voronezhaskaya oblast'. The properties of
the soils of the grove are contrasted with those of
the
soi.ls of the adjacent field.andof Shipov forest. The
upper horizons of the soils of the oak grove proved to
be enriched with water-resistant aggregates and to
possess
significant quantities of humus and total N, as well
as the
hydrolized form of N. Biological accumulation of
absorbed
Card 1/2

AKMFMSEV. B.P.; DZBBGBRIS, B.T.
Evolution of Seloth soils. Pochvovedenie no.6:71-78
Js 159.
(MIRA 12:9)
1. Voronezhakly gosudarstvennn universitet.
(Boloth soils)

,.-.AKHTYRTSEV, B.P.
I,-,., I-.r-- __.- h,
Characteristics of meadow-Chernozem soils in the southern
part of
the Oka-Don Lowland., Nauch. dokl. vys. shkoly; biol. nauki
no.l-.188-192
16o. (NIRA 13:2)
l.Rokomandovana kafedroy pochvovedeniya Voronezhakogo
gosudarstvannogo
universiteta.
(Oka Valley-Soils) (Don Valley-Soils)

AKHT![RTSEVO B. P.
Soil oharadtaristice in various provinces of the subzone
of hardvood forests in Central Russian Upland. Pbohvovedenie
no.1:26-40 J 162 (MIRA 17il)
1. voro~ftexhe.kiy gosudarstvennyy universitet.

AKHTYRTSEV, B.F. ; YAROVEIZO., V.V.
FossIl soils of the flood plain of the Don River. Nauch.
dokl, 750
shkoly; biol. nauki no.2:178-184 962. (MIRA 15;5
1. Rekomendovana kafedroy agronomii Voronezhskogo
gosudarstvennogo
universiteta.
(DON VALLFY,,--SOIIZ)

AKHTMTSEVP B.P.
Soils of the broad-leaved forests of the Central Black
Earth Region,
Izv-.Vor.otd.Geoj.ob~-Ta. no.3.*133-139 161. (MIRA 15:11)
(CentrA Black Earth Region-Forests and forestry)
(Central Black Earth Region-Soils-Classification)

AKIrrYRTSEVj B.P.
-1,
Evaluation of forest soils in connection vitl-I thel,:-
Nauch. zap* Vor. otd. Geog. ob-va,44-53 163. rwl)

A
AKH=SEVA. N. I.
Land orm characteristics of the KalacbA3kaya Upaland part of the
Khoper Valley. Izv.Vor.otd.Geog.ob-va no-3:73-79 161.
(MM 15:11)
(Kalachakaya Upland-Landforms)

MIKOV, F.N.; NESTE'ROV, A.I.; AUTYRTSEVA, 144BERDMKOVA,
Z.P.
Morphological structure and the problems of the
efficient use of
ravines in the Central Chernozem Region. Nauch. zap.
Vor. otd. Geog.
ob-va 17-23 163. (14HU 17: 01)

Ala=-ZADI;. I.H.
of the Introduction and prospects for the development of
the persimmon in Azerbaijan] It-ogi introduktaii I perepektivy
ragvitiia khurmy v Azerbaidzhane. Baku, Akademiis nauk Azerbai-
dzhanskoi SSR, 1957. 105 p. (MIRA 11:3)
(Azerbaijan-Persimmon)

AJ~WMDOVA-TUAYWA, L.M.
Lepidoptera Injurious to forest plantations in Kutkamben
District of the Azerbaijan S.S.R. Uch. zap. AGU n6.9:65-
72 '55. (MLRA 9:11)
(Kutkamben District--Lopidoptera)
(Trees--Diseases and posts)

AMMOV, A.T.
Centralization of repairing machine tools.
Hashinostroital
no.6:1-3 Je 060. (MMA 13:8)
(Hachine tools-Aaintenance and repair)

__ ___ - - __ - -1
AKHLTMOV, A.V., inshener-okonomist
Centralization of repairing metal-cutting equipment. Trudy LIZI
no-31:100-123 160. (MIRA 13:10)
(Machine tools-Maintenance and repair)

ARRUMOV, A.V.) inzh.
Method for consolidated determination of the complexity of
electric
equipment repair operations. Prom. energ. 17 no.3:10-11 Mr
$62.
(MIRA 15:2)
(Electric machinery--Repairing)

0 Rfi,"J,%IrJVSKIY, V.
MISHCHEINKO). K.; SHCHUMEV, S.--AMIUMUY,~
Vasilil Ivanovich Semishin, 1904- . izv, vys. ucheb.
zav.; kthlm.
i Idiim. tekh. 7 no.3: 528 164.
OMLTF'-~ 1,77: 10)

-W-4-0
94~ I ;lot$ 11toollill) It 0 4 41 U at I, or*
A A t- a I I L a a I AA Is M 0 tt IT 0 1 0 0 4
It, ..P Coplys
.4 !,014 v m Oj rvr.J%%j%
j
C, The technological calculations for the equilibrium of thp
clijosl4irs sit potas,ilsol,
Odium and magnesium is water at high temperatures. 1-.. 1.
Akiii-mov ANs, It It 0
00 VAMCliv, J. CArso. Imcf. (Altr-cow) 5, No. 17. -Aii it'fint
stri, in tile
investigatkin of tile system NaCl-KCl-hlzCl,-lIrO at high
trinin, tile njud NAM
00 1 -06
KCI lito was studied. The voly. of KCI in If,() from Its * WNW
wa% tk-td. J'Ite
MJY- C111're Couti"ll" Ifoll, klwrr tenlPs. without a tweak and
the ".V. i% alount ill.
fVVtIV 11111141111011111 fit tile letup. 111C 0411Y Claw 14
N*MCI in b, 00W
Alm, ttollillurs U11144114,11 111.111 lowrt trinlia In 14141
Illi%ts oil ki'l 411.1 NdL*I. Ill,
~4v. W KCI 1W.. .1vadily ImIll Ill' 1'. 2,441'. bot Owl a N.Cl
deop. 1,, . mil. t IA%l -00
IIll' suit then rive, to 200'. Bawd tin three %hkta a ont,thotl
%if ritit it[ K Cl fitwiti ovivitr .490
i% given. A stood. suln. of KCI and XaCl is oletain"I truot the
min, tAl at :NW, and
viviled slowly to 10'. Large crystals of purr KCI evil, and are
va~ily removed. The =0
4 mother liquor Is then either coned. at const. temp. or salted
out %ith toore NaCI. In
00 a,
cithrr caw. a fusther quantity of purr KCI 1111t.-t. 11aus
ousn, rallid r3,tn. and largrr
virlds of KCI am obtained. Tablve afr Siven showing the exact
aints. of all fit, mll.
114114vt 111vtolwd cillit-t fit tile I'llt. of Ill tile wills,
at vatioU4 trollwa ill Ille .11flutrill StAX,%0
00 ~9~ of the roort--m 11 M 1.14ti-pnivot
See
.0
-,0 0
e0e
tloo
L
j-'s I v 'It Am I a tw a I it A]a I
U It IT to or 0 it is Do of N n It a of tt to It 61n 1 1%
0 0 0 0 0.0 0 0 0 0 0 0 0 0 0 0 0
0 0 000 '40 00 9 00000 0 0 0 0 090 k9o", *, 10.0 00 0 a 0 0 0 0

-Oki
0600141 &1o 1 iiiiiiiiis wool
IVON- woo
it
JLA
0~- rww "L.
M. 2. 271--bi,
20 an for the de,
d at hio tmp. an
t dowdbaL
Jw also
00 Rao St 1261, 1w, 2WO JW an Sim. P. T.
see
zoo
woo
I woo
flow O"ART woo
Wall -A 164064 "IV INV on 111101 lia cwv too
11" B MIL
0
0 0 00 0. a 0

00
00 4
00
o:
0
0o .3
06')
0
o:
00
I I M It U U M U Is It Is If a 4 A a a M ! at it U
N A I L IL,-A-I-- V - T 1 V ITI A-WALALU.4~
toy ..P j C&Pf.i
P.OctM, 1.0 tort4.141, -r-I.
3 U a Ad V a a 6 41 Q
g
-2t-9
-00
of
-00
Di=Wvkg carnall1too deposits Wvujgb a well boring by
Preolisailienskil's

R. 1. AIIUMOV AND B 11. VJOULIHV. KaW (U.
S. S. R.) No. ", 27-37(1932).-A

-00
-t1ftkM-fbr*"n; carnatlite
depoiRs is described. It consists essentially of sinking

.00
a
well to the deposits (2(X)-250 in. below the surface). Cold or
hot water or steam is

mriducted down the well through pipes to
di"olve the K salts; the resulting "it. Is

.00
then punipet! out
and evapd. Theoretical figures and computations for the technot
but water or steam are compared
with =
rocess with the ule of cold water
of the

oo
,
.
p
favoring hot water. Cost eJ operation in each caw Is given Irr
U. S. S. R. g.

=00
GOO
Koo
000
goo
ZOO
aiso
'00
woo
t09
1200
W-a I -r
WOO
jj~v -1 ~A** O-V all 8111110MI 1,11111 ftc (MV lot
Idnavo -d
T ZA
An A a OA 0 is a 'I 111 91 1 a
U a AT to is It U it of KID
TV 0 to Isa K Is a To It
0000 00090 111 000 00 0000 0 0 go 0 0 0 0 0 0 0 0 0 0 0 0 0 0
0 6 0 q ol
0 0, 0 0 0 0 0 0 0 0 0-0-0 0 0 0 0 0 a V 0 0 0 0 0 0 0 0 0 0 0
0 0 0 0 0 't 0 0 0'

AKHM-.'ovj Ye. I.
(A) Equilibria in the system WaCl-Y.Cl4Wl;,H,,.O. N.
A. Oso-
koreva, M. A. Opuikhtina, D. 11. Shoikhet, E. F.
Plaksina, and A. I.
Zaslavski. (B) Calculation of the equilibrium in
water at hight
temperatures. E. I. Akhumov and B. B. Vasiliev
(Trans. State Inst.
Appl. Chem. U.S.S.R.j 1932, Ho. 16, 24-47 648-59).-
Isotherms and
polytherms have been determined at 10-110 for
NaCl-KCl-MgCl,- H1,0,
NaCl-MgCl- H 0, KC1-MgCl-H 0; and WaCl-KC1. Cb. Abs.
(e
I- A- 11 X-

U W alai V a x It a$ V A if I )a
J- I- --V 1 0A VZ.-A-4_0 Cc w-Et,j
00
Ole
00
31 1, U M 33 M V a V L40 4; 13 a ocillf
i . _0 t j I j-1
Chi TOCMQ&DgkW CMPUkAtleas for 41,1111111110fitim of sodium
chloride and magnesium -0 0
wide In water at elevated temiteraturos. V I AlItsijuivAt.,11i
it Kds#
;.-'- S. R-) IOU. Its A mudy,,I the',tvaiit N,CI NISCII 11,0 it
1101
A 1 0 - I, L A
fell Of
it
a ItP
0 0 0 0 0
~411 0
0
~70 0
!40 0
0 0 0 0 0 0 0 0 0 a 4 0

A A-J
0 * A
so
00
all 1
0: of
6-3
a 11 32 " id x 16 v a
Lwmpoddm of mmmak 87mtos and cu"lites at
B. 11. Vash'ev. Tram. S141a last.
A" (U. S. S. R.) IM, No. 18, T-14-The
--cakiodw far Ow equillbrium o( the chlo.
"m amw mapedom in water at
'ev
B V.&H
lboid.11=. O"C. AW. 111AP-27-.1 4904;BVHnysnskiT
and Damuib. C. A. 27, 5W-The awbuch ON cal(m.
erptl. enn. wcTe applied to the drposirsofSoUsm~k syl-
vites vId mullites and to the Wnm of Prrekoll and And.
calplan lakes, Chem. Planc
a a 41 u
00
L, -00
-00
-00
off
COO
7 too
aso
Wei
wee
NITALLUROKAL UHRAU-41 CLASSLFiCATION I.Z~rx-x. Is0
wee
~Mfx f.R*&q I MORO wit a- 9-1 14314alms! &Ali#, UK 431
-1 IN 9 a a i-v
It AV go Ill; t1l ;~& I I u '
a
a u
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0 000 0 0000 0 00 00

A J.A go (L I
00 CAP I I
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00
ttratluft 41 02ft"Oft by the voLlwLM
H.J. Akhunwv &W H. a. ZA".
sbef 14b. 3. 4r, 4(j'Wjy- M"&Stim
VY oulk and HAwdru (C. A. 30, 3144) andf t1bremunInt
Clapp (C. A. 3j, 7quj am diwu,,d.
chaq. 1114fic z Go
coo
4
goo
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hoe
woe
IS ILA WA&LURGOCat. W146TV41 CLAHWICAMA,
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164041 .4 T-r- I.-,.---------- - -
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U fF 0 it a a it it K KID
0 0 0 a 0 0 0 ois 0 0 0 0 0 0 0 0 a 0

AKHM."OV) Ye. I.
The preparation of sodium amide by the process of the
State
Institute of Applied Chemistry, G. I. Voinilovich,'B. B.
Vasillev
and E. I. Akhumov. J. Chem. Ind. (Moscow) 1934, No. 10,
54-9.-
W1 is electrolyzed in liquid NH3, with an Fe cathode and a
graphite anode. The diaphragm is asbestos. Temp. below
Oo, a
pressure of 2-3 atm. and a potential of 4-5 v. give the
best
results. The pressure of gases in the cathode compartment
should
be 0.2-0.5 atm. greater than that in the anode
compartment to
prevent the gases of the latter from entering the former.
The
anode compartment should be small. NaNH,,and H.-are
formed at
the cathode, and Cl. is formed at the anode. The latter
reacts
with NH3 to form N.-and NHtCl. The loss of N.-can be
avoided
by mixiEg U.-from the cathode with the anode gases. H. M.
L.

-0 0 0 9 6 0 w 0 0 IF v W-V-- I-Svot--,&P-~- ~ - - -
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Hum.4. . I, atilill MaXII, I. iotwi*A
so (it it lcltfp~ not rui't'llfix 'NNI, ttifif It, AIM the Nall
401-
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so
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0 a 9 0 0 0 * 0 0 0 0 0 * 0 0 0 0
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S A 77711 11111341su'. like itiona a
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production of liquid air in Ill.
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1.1williad 1,,r liquefaction of 0 6 ill-Irated and
Chas. Illanc
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