title cover issue date url right type...
TRANSCRIPT
Title Cover
Author(s)
Citation The Review of Physical Chemistry of Japan (1976), 46(1)
Issue Date 1976-06-30
URL http://hdl.handle.net/2433/47022
Right
Type Others
Textversion publisher
Kyoto University
The Review of Physical Chemistry of Japan Vol. 46 No. 1 (1976)
Vol. 46, 1916 No. 1
R~VICWOF
THE
PBVSIC~6OF JAPAN
CB~~I9TRY
Founded io 1926
CONTENTS
Noriyoki Sotani : ESR Studies of the Hexagonal Hydrate of Molybdenum
Oxide and Its Changes on Treatments in Vacuoand in Hydrogen •••••••
NoriyukiSotaoi: The Reaction between Thiopheneand Hydrogen on
the Hexagonal FIydrate of Molybdenum Oafde 9
Etsuko Inada : The Pressure and Temperature Effects on the Walden Products of
Na*, K*, Cs* and I- in Water
Kiyoahl Shlmlza, Norlaki Tauchihashi and Yoehio Furnmi : Effect of
Pressure on Dissociation of Nickel Sulfate Ion Pair ••••••••••••••••••••••••••••••
Kolcht Watenebe, Masahfko Uematau and Shogo Saegasa : Thermodynamic
t9
Properties of Gaseous Propane and Propeue
30
39
Erratum : T. Makita, Y. Tanaka and A. Nagashima, Rev. Phys. Chem. Japan ,
Erratum : M. Nakahara and J. Osugi, Rev.-Phys. Chem. Japan, 45, 69 (1975)
54
SG
THE PHYSICO-CHEMICAL SOCIETY OF JAPAN
The Review of Physical Chemistry of Japan Vol. 46 No. 1 (1976)
THE REVIEW OF PHYSICAL CHEMISTRYOF JAPAN
(Butsuri-Kagaku no Found in 1926
5hinpo)
Pzeaident: Wasahuro Jono
M.m6en of Cos»xil
Michio Oitamoto (Cbieq
Jiro Osugi
Ryom Goto
- Reapei Goto
Eiji Suito
Hiroyulci Aatauo
Board o] Editota:
J. Oaugi (Clue[) Ryota University R. Goto (Aasodate) Ryolo Sanpo Univeisiy
E. Suito ( a )Osaka Inslitala oJTackswlosy
SesretsrY:
S. $hida
H. Teravishi
R. Susulti
R. Ruwata
S. Seki
R. Fujishiro
T. Hayakawa
Y..$ubokawe-
S. Tauthihashi
T. Mekita
S. Hasegawa
R. Shimizu
H. Togawa -
M. Suatti
x. Hara
M. Nakahara
5. Fukeu
Yokokama Universuy
Ryaro Tacknical~Uruvarrily
Ri/rnn~eikan University
University of Osaka
Univntuy of Osakc
Osaka City University
lieJectwal University of Osaka
PreJectwal Univerrity of -0wka -Robe Univnsity
Robe Universily
Okayanw University
DoskisM University
Doskirka University
The Review of Physical Chemistry of Japan Vol. 46 No. 1 (1976)
Juue 30, 1976
Coatmnaieationatothe Sditor. ahouldbe addtessed to Boardof. Editors, The Physico-Chemical Society
of Japan, Faenlty of Sdenca, Ryoto University, Ryotq Japan.
Bn.ine.a Correpondeaces shodd. be addreased to: Secretary, The PhysicoLhemical Society of Japan
Faculty of Science, 8yatoUniveraity, Ryolo, Japan
Pareh.ae Order ahould be addreaaed to: Maroon Co., Ltd.. Nihonhashi, Chuo-ku, Tokyo, Japan
THE
Published by
PHYSICOCHEMICAL SOCIETY OF JAPAN
(Nlppoa Butauri•Ragahu Rettkyu Rai)
Fatally oI Science, Ryoto University,-$yoto, Japan
Printed by RAWA%ITA PRINTING CO., LTD., byoto, Japan
_;
The Review of Physical Chemistry of Japan Vol 46 No 1 (1976)
rte' ~ ~ ~ °~a ~
Y 4 ; A.
.. "~' ~ y` ~•9>°6-c *$:n'~.
P
~tl
~ ', L t Y S - k ~.. ~ «' XL y
Oil and fashion: Te'ij1n, made industrial history _ ,
wi"th"lts,nowfn£einatrbn""ally-kn_dwn "_ polyester fibre-Teijin~7etoron , " fn"fact, eijmYSynthetic.fibre~? ~ -., technology is-so"well-knowti;iri'" ,f AsiaahaEthere are_several,joint-" capital plants in 7u11 opeia[iona, th_ro'ughout the~the area; ~ -" " A
n'd :fn order "to'integrate,-lt;-operations completely; Teijirt~ :_ . has".alfeady 6egtimto exp(o{egil
~ ~~
they;
e,
~~ i.L^'?
.ap?_
L~+
R< ~~~
ti ~ntb
~ v~
%A'~'~~r .~ ;' Y ~ x ~
i~.~`x`
-•~-r.~~ ~x
~.~.,.~s
~ iy. c+F q~
~ L a 4E L
I/I~'~`•
, _..
~`.",> ~+,~y r
<~
~ Y ° ~.y a~
!F Y~
~~. ,'
~'
3 5
~^`'4
y .,.~
E
A 1 "
.A .:sd~
~`i.
S_
~~~~O~~
resources.which are fundamental ~to the productionrof synthetic ii6ies.~Tfiit's why people call
-us=the ."p ioneering-corporation';. '~in~eGerythirigfrom~oil to fashion. Jntegrated manufacfure'from
9a}y`mateials"to finished fa6rfcs.
TELTIN
'Tokyo Head Offfcm l•I, 22~iom0. UddNiwaiebo, dayode~
~A Lntl.r T3tlq._..Forf belt@TOm6rroR
Fu, Tokyo aou; lacin 1'E[J a LIMITED
The Review of Physical Chemistry of Japan Vol 46 No 1 (1976)
~. , '~;~t~ k ~
~~ 1
Set to go on•stream in mid-1969, MITSUI TOATSU's new facdity in
Osaka will be the largest single-train urea plant ever built. It employs the
latest MITSUI TOATSU Urea Process-the Total Recycle C-Improved Pro-
cess.
MITSUI TOATSU Urea Processes are now in use in 37 plants in 19
countries, with an additional 12 mare plants now under construction,
World-wide, the production capacity of these plants is reaching to some
8.2 million tons of urea annually-one third of the world's urea capacity.
On October 1st. 1968, Toyo Koatsu merged with Mitsui Chemicals and
changed its name to bIITSUI TOATSU CHEMICALS, INC.
A new name-one to remember every time you think ofpetrochemical5.
MITSUI TOATSU CHEMICALS, INC.
2-5, KASU\HGASEKI 3•CHO>fE. CHIYODA-KU, TOKYO 100, JAPAN Cab1e:MITSUI'rOATSU Telex:No-0222-3622, ~tITUI TOATU TOK
The Review of Physical Chemistry of Japan Vol. 46 No. 1 (1976)
HOW BA, Ltd. offers
IATION AIRecommendation for application is
special application of
YSISalso a part of our service.
Ge(Li)YRay Detector
r
A spectrum of natural radioactivity in indoor atrnrsphere
measured by Ge (li) gamma ray detector. GL C92H )equivalent
to 50cc1 Duration of Measure-
p e
0 U
iv
i t~
I \E. +E~
~N
A coaxial type semi-conductordetector made from alithium-drifted Germanium single crystal. Ideally suitable fw pre-cision analysis of ry ray spe-ctrum for its superb energy resolution. • Energy Resolution:
7.9~-1.6 keV • Ambient radioaetivity
monitoring. • Radiochemistry analy~
sis. - y ray measurements in
nuclear medicine.
Silicone Detector Unit for Radiation
Semi-conductor detector units having surface barrier type silicone (semieonducF or) as elements ideally suit-able for the measurements of alpha particles, fission fragments or heavy ions. Their measurable energy ranges ere, approx. 9.5 MeV with an effective thickness of b0µ for alpha particles and approx. 75MeV with t20µ. having resolutions ranging from 30 keV to 90 keV.
~P! I
I I
mDc
Esc- -
~Re
U
i irte
x •~ ~
ment: 100.000 sec. Bias Voltage: +2,400v (Numerals at the
peaks indicate gam ma ray energy/keVl.l
Si(Li)XRay Detector
a
~/~
.~ ~~, ,.,
4,:U i
~T!
.:
This is a semiconductor radiation detector made from IithiumErifted silicone single crystal, and because of its highest grade resolu-tion expecrable from an energy dispersion X ray detector, a simultaneous measurements of multiple elemene is possible. h has a wide range of applicatims such as element analysis of
pollutants like suspendingo w .m en w ne m ~ .m m .m n
Channel Numbers (Energies)
i...,
.,
~tm dust in atmosphere, X ray ~) microanalysis or X ray dif-
fraction.
Nal(TUScintillators for Radiation Measurement
These ere the radiation de- tectors resorting to the
phenomenon of a tratss- parent single crystal to
scintillate by the incident radiation. They are used for
a general counting of gamma rays or soft X rays or for scintillation spectrometer.
For meeting different appli- cations, they are made to a
variety of types such as stend• and type, well type, soft X ray type, union type, differ-
ential type, sidehole type or scinti-camera type.
HORIBA, Ltd. Miyanohigashi.
Kisshoin, Minami-ku, Kyoto. Japan
Tel ; Cable: Telex:
075-313-8121 HORIIIA KYOTO 5422130