SCIENTIFIC ABSTRACT FR:MAMKIN, B.T. TO:MAMINOV, O.V.
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Collection:
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CIA-RDP86-00513R001032000001-6
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U
Document Page Count:
3
Document Creation Date:
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Sequence Number:
1
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Publication Date:
December 31, 1967
Content Type:
SCIENTIFIC ABSTR
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L 0457~~-67
ACC NR,i AP~033913 ~ ~
this salt stops this process. Lysates no. 1 and no. 2 exhibited uniform effects on
the lytic process; however, they possess different specificities with respect to
different Chlorella strains. Distinct lysis was noted in 4~ of 96 Chlorella culturles
tested with lysate no. 1. Twenty-Four of ~+8 cultures tested with lysate no. 2 were
sensitive (some of these were not sensitive to lysate no. ~.), It was established
that 1.ysate no. 1 does not act on culture 157 or cause cellular death over 1.5 tnonthe,
while the lysate of culture 157 is active with respect too cultures of Ch. pyrenoidr~aa
� Chick, Pringsheim strain. The Iysatee showed no effect on 17 cultures related to
Scotiella, Chlorococcum, Scenedesmus, Ankistrodesmus, and Anacystis genez~a, thus
eu~hasizing the strict specificity of the tested lytic agents on algae of the
Chlorella genus.
CODE : 06/ SUBI~ DA7~ ; 14May65/ ORI G REF : 007 / 0711 REF : 001/ ATD PRESS : 5100
Card 2 /2 vmb
.. ~ ---
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_.I,. __045.711-67_____E4J'r-~1~~SCTB
+ :A~ ~603391~
AUTHOR; MamkayeY~:~~ ~,: ,,
W W~iYl1i1~IW~~~"
ORG:
TTT LE :
~~
Leningrad State University (Leningradskiy gosudarstvennyy univereitet)
Studies of lysis of Chlorella cultures
SOURCE: Mikrobiologiya, v. 35, no. 5, 1966, 853859
TOPIC TAGS: Chlorella, algae, lysis ~ ,~z,~..ti,cu,~,,(.L.
ABSTRAC"P: Lysi s was studied in mass culture of Chlorella vu:lgaris Beier, Gromov
strain (N 157). A lysate, analogous to that of N. i~. ~avarzina, was obtained from
this culture. Experiments were conducted in three series of ten days using baeterio-
logical.ly pure cultures of Ch. pyrenoidosa Chick, Pringsheim strain (N 4) infected
with a .lysate obtained by N. B. ~ava-rzina (no. l), and Ch. v~xlgaris Beier infected
with a :lysate from the Microbiology Laboratory of the Tnst tute of Biolo~r of
Lenin,_grr~d State University (no. 2). A mineral nutrient medium was used. The prace~-s
of lysi�a in Chlorella cultures was found to be more active in the dark, particularly
during ~Eahaking. The composition of the nutrient medium affects the lytic process:
lysis ire not noted in the presence of distilled water or after addition of NaCl
(concentrations ranging from 0.05 to 1.00) to the medium. Absence of KN03 or K2HPC14
in the rae dium does not influence the lytic process. Addition 'of CaClz in concen-
trations ug to Q.1~ stimulates lysis to some extent, but a higher concentration of
soURCE CODE: UR/o22a/66io35%ao5/o8S3/0859
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atbyroiid. I2. ~. adattt{sh ;Lrft{n Inst. [mprcrYentent
N{,, ~-"at2ri~~.~:�"~. ~i~. ~kr1. 1~1'rlt. ~,
Na. l~, till-~.(!fl{A).-�-�"1"be rtrlniatratlf-rt tt( large .ruts, t
d ritanr{u U (I) tC~ r�ata rr~rttltrdi in w derttaie to the s{xe
ut t!N` ua,rathyrnid glatultt. I>>, 26 - 3Q
TEXT: For the linin~~of induction f.urn~.ces�used to remove zinc fram
aluminum alloys a refraetoxy concrete of the follc~wina composition is pro ,~
pos�d: water Mass dilut~ad v~ith wt~tG~r; f'i.noly ~z�ound ma~n~:site~-p~:r.i.r.lsge,
mixed with sodium f~.uo-�sa.licate; f1p"t~-- ~.~nd courn�~-~rx�s,inod chrcmottr:: ~.s
' filler. Characteristics of thy: dr~.el.~ concr~;ter< compression strength
250 - 350 ~;g/Gm2; refractorir~es:x up to 1g5Q�C; d~sformation t,empex�atures a~
.. 2 kg/cm~ ioad>I softt~nin~ po~.nt 122G�C; q j~ shrnka~o at 1320oC; dastruc-
tion at 1~54oC. Thirty chan~~~s of thE: temperature reduce the compression
strength of the concrete by 5th - 6~~;v `~r'r,~:x heated up to 850oC. Nh~;~~ heated
to 1200oC and coaled in water the concrete suffers 25~ destruction after
five temperature chances. ~1lhen heated up to 1100oC the compression strength
Card 1/3
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SOLO-V'YE'~tA~ N.R.; DELSVA, X.D.; GE~MANWA, K.I.; 3AVEL'Y~'~TA, A.M.; KHOKHLOV,
A.3.;.~AMIQE~ `,1~+~.-SINIT3XNA, Z.T; PETAq'(tA, M,A.; K4ROL~VA, V.A.;
NAVASHZNs S.M,; FCIMZNA, Z.P.; HUYANWSKAYA, Z.3,; VASZLENKO, 0.5,;
YEFRENiE~tA, y~A�3 BEREZINA, Ye.K,; VRYS, R.A.; I?MITRIYRP.~, V.S.;
31011; 3.M.; $HNNYER30N, A.N,
~ PdYymgcin, a new antibiotic from the atrsptotrici.n group. Antibiotiki
5(no.6.5~].0 N-D 6D. ~~~ 143)
1. Vaeeoyuzngq ~uchno-i~e~ledavatel'skiq ingt~.tut antibiotil~ov,
f kaYedra mikrobiologii TSer;tral.'no~o institute usoverehenstvovaniya
vracheq.
(ANTIBIUTIC3)
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KHOKRI,OV, A.3..; 3II~lX~tl, A,D.; ST~'ANOV, V.M.; YULIKOVA, Yo.P.; TR03HK0, Ye.V.;
LEVlN, Ye,D.; ,~~0~'L, S, ~� f S7NIT3YPJA, Z.T.; CHT CIIA.N-TS~tJ [~h' ih
Chung-Ching]; SOLO~T'YEVA, N.K.; IL'I~i3KAYA, 3.A.; RQ53ffd3tCA`~4, V,S,;
:I~ITTRIYLVA, V.3.; 3Ef~2.E2dOV, 3.1'x.; VE.[S, R,A.; BEREZINA, Ye.K.;
RUBT3QtTA, L.K.
Anew type of polymyxin,,polymyxin Psi. Antibiotiki fi no.1:3-9 Ja-F
fbp~ (MIRA 13:7)
1. V~eaoyuznyy nauahno-issledovatel'skiy institut antibiotikov i
laboratoriya khimii balks i antibiotikov khimich�skogo fakul'teta
IKoekovskogo ordena Canine gos~daxstvennogo univexsiteta imoni p~.V.
Lomanoaova.
(POLYl~IIXxN )
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MANti 0 ~ $. 1~.
Reaction �~' r~~lactou~~ oicazolon~ ~) with ~.~i:it7~. ~. 1' Lur te~{,~~~~._~f ~~ic~i-:, ~:id
~11,~,,:1''~,:,'}r..-~~~...~'~.x.~,~t~.4V~.~....~..~-,p iJil~~� 'Jbs~7~~:~'1i.._~ il!'1~...~!� U� Sc..tl~ il~'`l.':~:.j ~1, ~~V:3-~~~,i-~Jy~ '^b~~'~~.~.~~Vvt.i'~`J
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c4r~~eS~Qtld].zl_ acids. If the ~.-poaifiioli is occuiiod b;r ~ :C~ o ~ ~,~-0 ~ro~~e ;~-:~ _ ~~:.~^t: --
~~ith amines Gives ~~:.zdes �I~ tls~ corresl~orzdinC s.c3.ds, ~:a.41es o~ acids zrh�s~1 ''_iC Vrattn:~ arp
replaced by azrszio Cr�ups, or azs.leton~~:s ~ rz t.�rh:~.ch 'Gi:? ~G ur WtJ Grou~~ is z�~=o~ ~:c~.~ ~r ~
amino Grou~~. H~~atinC ~ C. ~- ~heny:~-!~-i~c~pro-~yli{:~.ene-5{~}-t~V.~,aolor~;: and ~.,? ~;. :'r,_;.;
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tix water Bath. The acid y~lds ~ � �
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i t ti r gnik{~ 111. r11F-11 � (lflNll 1a(Iil}, �!
{ ~ ~ ,'~ aol, iu wanit !(N)I1, almlirsl ins+tl. in lst~t.l~iK tR~ 1 i~tl{NI
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P: Cboe, $.; ~~Q- N�, SAAKOY, M.; ORYbYSKIY,
PYATA%OY, A. , PI~T~E'P, ,
Xu. ; $ABA.S II~A, N� ; . MAMIOFA, I � , i wa h.
Discussing the draf.'t of the pBaaic Pnina~P~eegto~t~~ Irabo~l~~~~2
the U.S.S.R. and the IInion Republica.. o (MI~1 13:4)
N ' S9.
1. Direktor Kraenopresnenskogo eakharoxaf~i~ asnopreenensko~;ar
~hoe~. ~. Predeedatel zavkoma praf'so3~
sakharorafinadno~o zavoda (for Sedov). 3. Zar~esti~Sentral'nogo
zaveduyuehchego otdelom trade i zarabotnoy platy
komiteta profsoyuza raboch4khlAe~~tutoprava AN ~s~ k(foPr~lovekiY)�
shlennosti (far Saakov).
~, Institut okhreny trade veesoyussno~o tsentral'nogo eoveta
pxafsoyvzvv (for ~araeina)� bdetatel~idratei nalizatorovv(for
Vaesoyuznogo obshcheetva i~o r Y
Mamiofa). elation) �
(Labor laws and legi
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^:j' 3~1G6~b6 _
__._.....___ ..~ _.._ ~_ _ _.,......r. _ - - _ _. _.,__ _._._._.~ _.._..__.--- ___.. _..__~_. __~ _ . _.
___..._,
ACC NR: AP6019239 ,~-
minimum in about 2 minutes. After the minimum value was reachi:d, the potential became;
linear with time. The slope of the linear portions depended on the speed of oxide
formation and increased with current density, somewhat lower for p-type silicon than
for n-type. Oxide thicknesses were given as functions of potential and time for a
current density of 8 ma/em2. The thickness increased at 5.0 ~/v independent of the I!I
semiconducting properties. Equations were derived from the potential curves and re- i
lated to defect mechanisms occurring at the surface. The initial potential was equiva
lent to the barrier potential. For the anodic polarization of p-type silicon, the
enrichi~:ent of surface charge carriers takes place and therefore the initial potential-
is muc~i lower. The oxide thickness was proportional to the previous quantity of elec ,
tricity and since the thickness was linearly dependent on time the electric field in
the oxide layer was constant for a constant current density. From the data, this
field was calculated to be 2.2 x 107 v/cm. Orig. art, has: 4 figures, 1 table, 3
formulas.
SU$ BODE: 07/ SUBM DATE:
~:
19Feb65/ OR~G REF: 002/ pTM REF: Oll
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ACC mNR~~APE019239 -__._...,._..A._~_.~_.~A ~ .~.w~_._.._satJRCE~conE: UR/03G~+/66/002/003/0346/U;i50
~ i;.
AUTHOR: Mainnova, 5. P.; O~ets, L. L.~ /� ~
/~
- _~
ORG: Petrozavodsk State University im. 0. V, i~uu,~:ra~~cl~. tPeti :�avodsk~y ~c~~~~.-, .~~., t-~
vennyy universitet ) ~~' __..__,..-_..~. _ ._ ~...._
TITLE: Electrochemical oxidation~of silicon in ethylene glycol
SOURCE: Elektrokhimiya, v. 2, no. 3, 1966, 346-350
TOPIC TAGS: silicon single crystal, electrochemical process, oxidation, oxide forma-~
tion, ethylene glycol, semiconductor conductivity, electrochemistry, silicon semicon- i
ductor, current density, electric potential
ABSTRACT: A study was done on the electrochemical oxidation of p- and n-type silicon,
alloyed with B and P, in 0.0~- N ;solutions of KNOa in ethylene glycol. Satnples of the
silicon single crystals were cut into sheets 1-2 mm in diameter along the (111) planes.'
The potential drop across the silicon electrode and the oxide layer is given as a funcl
tion of time for current densities ranging from 3 to 10 ma/cm2. :Initially, the poten-'
tial increased linearly with time up to a point where sparking occurred at the eJ.ec-
trode, whereupon the slope decreased and finally he. f
TTTIE: Oxidation or paratPin in tha ~'ot~m state
5UURCE: Khimiya i tekhnologiya topliv i >nasel, no. 5, 19f~~ 1Q-22
.~
TO~C TAGS: synthetic lubricanti; continuAUS oxidatl,on, bubble column, pnratfin
frnction, pareSfin oxidation
'j~Tg(;,CT; The Kazan' Synthetic Lubricant Plant in cooperation Frith the Kazan'
institute of Chemicai7.~Techno].ogy-r has developed a ncu ;rrocess for oxidlz~B Highly
foamed paraYtin up to caz'boxylic acids. Thin continuou:a procasa was adopt+~d on s
'pilot-plant scale in igbl. The saw continuot>A ~toam ~ oeuthorngiveeethehpro casing
pup to 27~ as compared xith the previous process. atfin Erse- ,
data and diagrams of equipment used, as tre].l. as s breakdown of the par
rameters aro: temperature,
tions and their apaeiii,cationai m~/~ otioxidi ed ~raffin; acid ntanber of oocidate,
;125 - 1~0�Cf sir cons~aption,
5fl � (O ~ ~ fig. In natter to obtain flood s,i:' dispersion, the use o~ screens i~a
i Card 1~2
t
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