...

2.0MB - 日本温泉科学会 The Japanese Society of Hot Spring Sciences

by user

on
Category: Documents
44

views

Report

Comments

Transcript

2.0MB - 日本温泉科学会 The Japanese Society of Hot Spring Sciences
114
// + ,
On the Korean Hot Spring Law Part,
Nihon Chika Kenkyusho Koji SATO
,*** !"#$%
& '( & + )*+ +0 ),-./ + )! . ,-.01 1 )
2 ) 23( + *+ / ,-.%( 45678298:-.% ;<##,0
=%(
+ >[email protected] >CDEῌFGῌHIJKL%MNOPJQR
STU13%( & . )OPVPWX678-.% YZ[V\2
]U^2+23( & 0 )WX678-.01 Y_`a8JYbGcdef
ghi29=%( - jkl#m31YY_ABnY_`an
13%( . Y_o$pq`ars tr uv13%( & +* )w6
x88:-.01 ggI
y ! "zY# {!296x=%( / g`ao$p`a$x8|qu-.%( `an1%&`} YbG q`a
~+U131 $x8un1€' ‚p_ `aghi `}cd "zY
# ƒ„cd( ~+U13%( & ++ )n1…&†‡8:-.01 h
iˆ*#‰Š‹Œi hi D)aŽ Y_‚pq`aŽ29‘=%$’
#2013%(
, “”
• * – — +
Considerations on the Definition of Hot Spring by “Hot Spring Law” in
Japan.
Hot Spring Research Center
Yasuo KANROJI
˜, ,- #™-TU1;. /* /Fš( ›0 D1œn"z
1=%2-žTU-.% ŸA #2%
“!‚p%_¡¢
£#m31ž¤*+¥¦§3 ¨4TU ˜, .1 # ῌ©*+ªz#@=%5
«8 ¬­®6¯°7±TU Žhw²#³#8013%(
´
“q +3++ µ¶· Nauheim ¸¹ º9nTU13% ›U.»¼
/, ¼ ˜,**,™
º‹= // (l=Amx£C»
115
Nauheim !"#$% &
$'( #)*%+,
-.)/01.23 !45)67)6 89.:;
- ῌ<= > ῌ?
ῌ @
A
Necessity for Hot Springs Information Disclosure
Japan Spa Association Kindayu KOGURE, Toru TERADA, Hirokazu NUNOYAMA
ῌ<= B! /+ ") C#$D%&E .F $)GH% C#$
DIJE C#$DK'E .(LM )*N+,-O.)P"QR/
0(1MS 23 +, "&P"4%&4DK')*%/.TUM
V" W5X&Y66Z[\M%$ <=]^_`
ab7c!d44)!\e" [ fV 4gh8 CijkE 9l%
$ m:$ $Pn!o=;<.pq )*%=r !s t
4>u?@)e%W5X)v[ dPn!wAxy4%
%n$.jk;BCDz{4
23 +. " 0 |)k}<==~E=)e% F%#$DK'(L
G $ ijk.+€" ?@)e)*H‚.
.EƒI)Jc A„I)D;$/% "{… , "†‡ˆb‰†
23 +. "&4]^Š5!\e" Jc)*% ‹ŒŽX.KL;#
$Jc%n‘X6.MN JcG’.F]^$)!\%
. “O”PQ• – R —
The Educational Spreading Activity of Hot Springs in a Museum
Gifu Prefectural Museum
– ˜,**+™
Yasushi FURUTA
P",sSR) CE .TsGŒ4nSUF VWš
˜›™ ]Q- ˜™ XD.œ ˜ˆžˆ™ .Y;PQ•Ÿ I!Z)[\
PQ•Ÿ ]¡.Ln¢.:
£X^;“O”PQ• ¤¥¢._[{Ÿ ]¡¦`.§¨;3s a"
L\MPQ•x© CbWE )ª{cX «X¬d­4®¯°±¬² ³ r
ex´.µfcx£=.k}
c)cX «X² ,sgœX.¥h;$M gœX9‹-¶³ =œ
L\¥2³ij)P_`ab7c k,s·/³/%ƒ¸¹!d)P" SR
"¼›
116
! " #$%&'()"*+,-./%! 0
12345678"9:;
<:;
/
,*** =
>?@AB C ῌD E Changes of Toya-ko Hot Spring Associated with the ,*** Eruption of
Usu Volcano, Japan
Geological Survey of Hokkaido Fujio AKITA, Tomo SHIBATA
,*** FGH
-IJK"LMNOPQ! "! ?RS
%! HT , UVWX%YZ0R[\;
H ! K"PQ]^_`Ta5b! Hc5d;e/f
ghi%jkl +3+* HmnJQo:;MPQ H 0 pq]
+333 +* qVrT_`stuv%! ,*** + qVrT ! w0stxy
PQ_` zT P{|!}; +3+* Hmn~"B€>tP#
‚Rƒ„:;…†kl;
H‡LM" ! H]$ˆ‰x ,*.0ŠV‹% x€
+3+* Hmn
JMŒ"V‹x %%! Ž€V‹%" 0‡8st%! YZ
! ŒH]‘’“%; &! YZ-\d;eHmJ”•M !
–—'"(H‡˜pq™st%‡! 8V‹%;
H]‡)šR›1*$œ:;! ŒMž+,Ÿ ¡¢Ÿ ¡£-(¤¥
% LMž+1*£-(
+311¦+312 HU§! WŽ€st%! HbNO¤¥¨%©ª6st%
l«/fklPQ! "! ?.R ! H-/>¬zT{|k
l;HG­ƒM P{|0Ž€¤¥:;®g“¯1°2±a;
0
,*** =
>?@AB C ῌD E ²³´µ£¶@AB · 3 ¸ ῌ¹ 4ῌ· 5 º 6
xx›» 7 8 9 S
Precursory Changes of Groundwater Level Prior to the ,*** Eruption of
Usu Volcano, Japan
Geological Survey of Hokkaido Fujio AKITA, Tomo SHIBATA
AIST Norio Matsumoto, Tsutomu SATO, Nobuo MATSUSHIMA
Graduate School of Science, Hokkaido University Atsuo SUZUKI
m /, º »,**,¼
lµr¶m // T¶yn·¸o¹
117
,*** 0 !"#$
"%
& ,*** - ,2 '()*
+,
- 0 km ./012 *3+4
5
6!,% 47#"#
8 "#$%&-'9:;<
- "=>
?
@ ABCDC(E)*FGHIBCDCJ+,KLMN-OPQ-R+
ST UVF&W!X!,Y& !"#ZY$'
./[\]FE 01^X234 _F&56 && 6
7 . - ,1 88
`a- 69& bc
& % 0 STX:d Fed+ 6;f
3+%
<g%#=>%R+53UVR+h E?+
i;: j'3+Rk,Xl:d+,dmni;:X@o3+Fe
d+
1 pABqrstu C v w DῌE x y Fῌz B { |
Swarm Earthquakes in Hakone and Change in Hot Spring Temperature,
etc.
Hot Springs Research Institute of Kanagawa Prefecture
Nobuyuki ISHIZAKA, Kazuhiro ITADERA, Jouji KIKUGAWA
G}7 -,+** ~H€IX6& U‚ ?ƒ„"…
€""R+ † ‡1^ ˆ ‰!
ƒƒ'3+
+300 0Š1 ‡‰! J!‹*ŒKLŽ yM
7 ,* ˆ
/& 627 . ‘N ,**+ 0 +, ++ O’†"‰!
‡ pABqrstu
&“P”! +/,*** TX•d !‹Q R / km S–—T& 6˜
™~HG}‰!R- !'*S–L UšV,› , ‹ œ$
W XX
Y& F6k ‰!
‡+ / ,.Š,0 ž
ŸcX
7 /Š- /&
$XZ 3+\[stu
\& +¡]
i;:ˆ!
‡+G}
¢ƒX£& +,R+ ^)*F_¤¥`3+¦a
!'‡ Fb
+
G}T§Mcd U¨% ,©ª&
«3+Ž.¬ˆ­®
U
†
†G} 6,e… _ -
2
,*** !"#$%&'()*
¯fg°'stu h ± ²ῌ1 ³ ῌi j k ´
»¼
118
Mercury, Boron and Radon Concentrations in Toya Hot Springs after
the ,*** Eruption of Mt. Usu
Hokkaido Institute of Public Health Eiji UCHINO, Daisen ICHIHASHI, Naoki AOYANAGI
!"
# $%&'()* +,-./01234"# 5
6)7(89:;<
=>?3@)AB CD Eῌ3# 2 F
+ GH5IJK . C
& 63# 1 F
- GH5IJK ++ C&LM< )*NOPQ3
R"S EῌTQ3U"# + GH53 +.,/ mg/kg VSWX 7
5 893YZ![\3]< ^< )*6&
- GH53 =<
3 C_#&`a F*.*+ mg/kg I%K '( 2 GHIJ `a'("X](< +
,- Clb W"c&WX 7 Clb def#"< 012
Eῌ&
+ GH5 6&
- GH5 ghW" ]< i! )j
:k)lmn"#:3op#qrsnS X t-ῌClb "34
"#S`$< 7uv )* 012%mn"#w&x&y )
z&{<|}'&(t-~€#"A‚
3 +
ƒ„…† ‡ ) ˆ * +ῌ , i -
Hygienic Considerations on the Pollution and Re-circulation Systems
with Filtration of Bath Waters. Part +
Hot Spring Research Center
Yasuo KANROJI, Kazuo OTSUKA
. +, / +, H3‰qŠ‹Œ0s/31Ž3Uq‘2345'(< ’(
Legionella “”•–36—&o˜™7‘234š8<9:w!’&
’›œS3 0)•–žŸ; ¡}¢£<=34"# ¤#0)žŸ
# + ¥¦2I%&§>¨3 ©ªD«©w<
0:? V Fm-K @? u Fm- /hK 9o¬( w FgK 0­3op#®X¯°o¬(
f Fg/hK 9± t FhourK ²
dw
w
³fFtKb u
dt
V
ῒ
w³e
b῕
u
ῌdtῌ
V
῍
u
῕ V ῌdt
῕fFtKῌe
῎
῏
dt´Cῐ
ῑ
ΐ
A!µ0­BC#D0 ¯°o¬( f³const ¶E&
w³kῌ
²&€'(
u
ῑ
V῍
῏+beb V ῌtΐ
῔
uῐ
῎
ῒ
῔
0­· N ¸ + ¸o¬( mg !F P ¹
u
b
ῌtῑ
PῌV
V῍
³ ῏
+be V ΐ
῔
Nῌm
uῐ
῎
ῒ
῕
‰qŠ5& 0Gº³9VHI
· /, ¼ l,**,m
4<=£2N· // ¸N5¹º6»
119
+*/0**.1m,+., +** + *./ g u/V+ -.2 , /.+ + , hr ! "#$ %&'
(#$#)*+,"-.!/0"1
+* Legionella pneumophila 232 4 5 ῌ 6ῌ7 8 9
22 7 : ;
Study on the Survival Conditions of Legionella pneumophila in Hot
Spring Waters
School of Medicune, Toho University Naoyuki KATO, Akira OHNO, Keizo YAMAGUCHI
Faculty of Science, Toho University Koji YAMADA
<=(>?@ABCDEFGHIJKLK.$# M'N(>
#$O= %&>
PQ' pH >
P=< RS*STUV! L. pneumophila '
WX(#$1J! VS(YZJ!O=(["\4J .,] ^_`abcJ!d
ef$# ghij(k Viable But Non Culturable
lVNCm 'no(Kd"pJ! d'/0*SI)'<= [ VNC no(q-Jrs'
TUK#notHJ$#ju"pvJ!
wxO=' pH >
P<
"!yVz!+"(["\4{ [ VNC no|'q-u"#*$* !<=&}
'ft([' VNC q-u~'
(WX*(#$T%J!
[ pH ,.* VNC 'no(q-z€‚&J!d*S d''Kƒ„[
f…gd pH /.* g#†(‚&V$#!=< ./] lpH 2.,m VNC
no|'‡ˆ*Kq-‰S!d*S Š‹Œ'f…J$#K#<=&}([)J!
Ž VNC no|q-d*S*K.! VS( VNC noƒ‘'%()J!Ž
 e’(f“Š‹Œ(+”V•–—˜™šJ›œVdpvV! 
, < /*] ‚&J!d*S /*] '<=f“K#ƒ„g
dpvV! VS( pH }u-ž .*] Ÿ{'<= VNC no|'q-( + ¡
**d*S d''K pH =<"#<=[ VNC 'no(q-z€(f“
dpvV!
++ ¢£22 ¤ . ¥ -
Carbon Dioxide Metabolism in Acid Hot Spring Algae
Faculty of Science, Tokyo University of Science Hideyuki NAGASHIMA
<=(f…¦§/¨0'}( ©1'2ªy«¬"3y¨0­S$# ®¯
<=K~(f…J$#^°±•²‹ Cyanidium caldarium R' + ³ ,,*** Lux '´"µ¶
¼w
120
(-/ῌ// pH ,ῌ- ./῍ CO, CO, *.*-/῍ -/* ppm /῍ CO, !
"#$%&' RK-+ (
)*) CO, (
CO, (
)+,-
. /0 12 pH 34
CO, (
5 CO, (
67.5
89:; NaHCO- 6.<=5>?@ "#
$%&'6 CO, 8"AB HCO-C 6DEF G:HIJKLBMNO:P
CA 5QR S+6 CO, (
5.5RTUR CA . pH 2 V6WX pH YZ+[\ CA ]^L_`a:bLcNde
fg CO, (
6f ]h05+) ij CO,
(
(
!6 CA 5QRTR )+/0Z+ 6
R"(
#6WX$k6lRmn
+, %&'o(pῌ)^q r s *
+ῌ , f
Consideration to a Medical Spa Treatment for Patients with Atopic
Dermatitis
Department of Pharmaceutical Services
Naruko Public Spa Hospital Satoshi sASAKI, Sumi CHUBACHI
tsu-5vw xw6.y6z{S)R|:}J~€z{/01
6‚2R34ƒ5„6…†L‡ˆ:67‰u-6lRmn
HR Barthel Lancet, +33. P Dupuy Dermatology, +332 +Š‹8Œ9 low
salt water f+L‡ˆ:67‰:Ž„5;<‘R h0
C Andre Therapeutic Research, +33+ <‘L’b“B=”>?@ƒABC
;6…†01mnS)R•5 –— low salt water 5˜jh0
™•š˜Z
C Dupont J of Pediatric Gastroenterology, +323 =”>?@ƒAB›œŠ‹=
” biopsy žZlŸDj‰„E 5F\+)<‘R V6j@L‡
ˆ:¡ŠGC‰„w¢H+!7£m!5I¤ L’b¥:‰„6WR¦
§JK¨©:OªGb58Lj«MN\5O+Zj@Z+ low salt water c¬Ob­P5TUS) j®j+QR¨©:OªGb¯°E 2sF5
±SW² )+.T6 Fe, Zn, Cu, Se, Mn UVW³5´)RZ+?
+- !"#$
% &
XµY&¶z{ž · ¸ Z ¹ῌR [ º uῌ\ ] ^ »
Ž /, ¼ %,**,&
'2pk¹Ž // CF¹Rtº»
121
Study on E#ects of Spa Water in Model Animal for Atopic Dermatitis
Hokkaido Institute of Public Health Daisen ICHIHASHI, Eiji UCHINO, Naoki AOYANAGI
NC/Nga 12 ῌ
IgE !"#$ %AD& '(
)*+,-./0 ,-.)1 2 AD 34)5
+6 7)8 NC/Nga )9:;/<=( !
>8 +* + ?@A "#$%&B2) + ' , C (')*D
/*DEF GH!I#. +,)-.*DEF NC/Nga )1 2)
*DEFJ/ % /K& L0 - '1EM /K + 2!N)3D
1+. '/OP4Q( +,)*DEFJ/R)3D
L0M S
C5TU26V(W7E8 K8 IgE XY)*+ L0BW9;(1!M ῌZ1W [\]:;/0
NC/Nga ^<8W
=>_ .*1*῍ ?+BW1 B
?`aR@bc[Ad/BCD0)efEg(Wh
+. ijFkFklmknopῌGqr= s H R I
ijFkmkῌm9:ktu J K
L
Why Do Japanese People Use Traditional Spa Treatmentv : Medical
Anthropological Consideration of Its E#ect.
Doctoral Course, Graduate School of Medicine, Yamaguchi University Kazuhiko OKITA
Department of Medical Humanities, School of Medicine, Yamaguchi University
Shin HOSHINO
2mkM1 NwxEyNOz{|PQ}R~BW1 ST
UxV);W(2XYmM€h‚8W1 C SRZ/0ZK
ƒUx„[34)m\k…DE]†ῌ7(
ZKƒ F^‡ˆN0‰)_<(UxV/0 `x +0 aŠU‹b Œcy
d(We30B [\ Žf;  B‘EghhUx
’iW1 C [j“” 1 'Ak\( Ux•–l…—Ux’˜m™š›
nd+oœpžHŸ ¡#)„¢(
ZKƒ/ qrEstEFW;u£/Fv‰+1>Ux¤Ÿ#H¥
w(W1 >xymkBC0¦§ Ux’ ;u)+
/cz ¨{|© 3ªB SNwx῍z{|PQZ}«W1 V¬
{|Nw~/0 ;uS)3ª+ž­#®€<¦§ @6
‰¤Ÿ#HS6¯/0 ‚° jG±8Wƒ„²z‰
8W…«€<³´µ¶h†„ῌk‡U=ˆ\+
>e ‰Š‹Uxyz·hXYmy1W(¸(¸†6 Œ
BC
122
Placebo +/ ORPpH ! "ῌ# $ ῌ % & '
() * + , -
Relationship between ORP .oxidation-reduction potential/ and pH in
Bath Water added Herb Medicine
Department of Materials Chemistry, Faculty of Engineering, Hosei University
Shoichi OKOUCHI, Daisuke TAKEZAKI, Hideyuki ONAMI
Toyama Medical and Pharmaceutical University Sadanobu KAGAMIMORI
0123 4567 ORP .89:;</=pH >?7@ABCDEFG3 BCHC
IJK9:L643 M7C7NOPQERSTU7V
W3 9:L
6O3 XW7 ORP YZ4E[73 BC\]^_3 U8`
a^bcd6Ae_KEfgA] h463 BCHC9:L
iJK7j
3 9:LkBClmEnoA] p623 ;ID;qE
]7V
fgErs]3 tu2v7N7V
no]
v7NODE9:L7Z3 wxy3 z{|}~N€y7V
3 h
‚ƒ6yE„…3 ORP†pH >?‡,Ers] hˆb3 ‰`z{|Š
7Ns‹7Œ
2W3 Ž7NO8L7DDE3 9:L7M] 44
NO3 y`z{|}~3 y723 h^_7X‘3 9:LZ4[3 U
8a^bcd6A
M73 y’“E”•]ˆb3 ’–NO—7 ORP ˜™ZˆbEš] 4ˆ
b3 "›œžŸZˆb ¡] 4423 y6 ORP A¢˜™Z£¤3 h
E¥¦Z§¨©7Nªm«‡M h¬3 y62­m
v®¯°±‘
+0 ! "ῌ# $ ῌ % & '
²³´)FGµ ¶ · '
¸¹BCFGµ º » ¼
Recovery of Hot Spring Water Sterilized by Chlorine
Department of Materials Chemistry, Faculty of Engineering, Hosei University
Shoichi OKOUCHI, Daisuke TAKEZAKI, Hideyuki ONAMI
Research Institute for Health Resort Medicine Yuko AGISHI
Hot Spring Research Center, Yasuo KANROJI
\ /, ¼ ,**,
[·~¸\ // P4¸]¹º1»
123
ORP pH !"#$ %&
' ()#*+,-./0$1 23 *+,-.45
67!89 :#0; :#& < =>8?
!?!"3 =%@0AB CDE
FGHB>I
)#:JKL0MN :#&
7O4%P)#%@ P$%)#
! Q
RS!": TUVWXY 7O4 :# !"Z
[#%& \$? ]U%^&'1#_D7_(`ab !c^d)# ! pH ?
)*)#"#& XY 7O4 ef
+),7O41% gh!"- +)
Tijk%& =lm 7O4!0
!3 =%@
0
!
3 P .nO4Co/k%& pq ]rs)tu`
[#001vB#0 pP7O4%Po/)#w%xyz{2|
%&
+1 ῌ , 3}4~$Q~5 6 7
ῌ8 9 : €ῌ 7
‚
Determination of Radium in Hot-spring Water part ,
School of Science and Technology, Meiji University
Takashi SAITO, Tomoko OHTA, Jun SATO
;ƒ<„n N…=>?4@<>.+†{AB AB%.+†{‡
Tiˆ‰Š‹3ŒŽCy‘’“‘”G•3.+†{.DE@)#>?–
:#&
RF.+†{ABῌE@? %—,˜™š›:%œž?.RF
, PjJ•3ŸGH M .+†{IJ0¡@>#& .+†{ŸG1¢%š›? .
+†{K£¤0L¥M¦#N + §¨©L"%q ŒŽCy‘’“‘”G•3
K£¤L¥/ªJOE)#&
>?? +* l : ? +* mBq/l ,G«G.+†{IJE@0o/k
%& % :¬<: ? ­Dxž*Gx®¯†°•#OE•3.+†{
IJ’yž±jk%lm`Š>OEC.IJ0 M1%&
1> >??ŒŽCy‘’“‘”G•k .+†{.D"# ,,0 Ra ,,2 Ra .nE@0o/"#:JPC"#& =>L¥/Q<²#•3 R~KST#U³#0B<k%&
+2 !"#$%&'()
´V4~ 4 W µ XῌY 9 Z ¶
SBhN
124
Estimation of Methane Gas Flux from the Beppu Geothermal field
Kyoto University Shinji OHSAWA, Kazuhiro AMITA
CH. + .*
/-*kg + +*/ Tg CH. :
/-/ Tg !"#$% &'( CH. : *.++ Mt + + )
*+ , + -./ CH. 0123/ : ,.- kg/day 456./ : *.**2 kg/
day7 *8% CO, 9: CH. -+#
(8% CO, -+#./8++;<= >./?
@A CO,B.H,CCH.B,H, O DEF+G H)IJK ! CH.
L"*# MN OP:# CO, AI#Q RS
$+TUDV%P:#P&% CH. ')#+W(! XYZ
)**[S(G\]^5)#+ P$S(Z_*:`
a bcPR&ZI)*+ CH. +dG,:#Q%-",;
+3
New Zealand ./NNe0Nfgh i 1 2 3ῌj 1 4 5
./N0N# [ k l mῌn o 6 7
p8NNe0Nfgh9:Nfgq; < l 3
Coloration Factor of Blue Natural Waters in New Zealand
Guraduate School of Science, Toho University Yuji ONDA, Tetsuya SANADA
Faculty of Science, Toho University Nobuki TAKAMATSU, Masayuki IMAHASHI
Beppu Geothermal Research Laboratory, Kyoto University Shinji OHSAWA
=rG>?@' 'A>SB Cst^5 uv\vwu*UDxy
z{8 |E}=r>r~)# €w‚ƒFG„PHI…
vw†‡J>KL3ˆM>'‰ŠPHI…‹ŒPIJK#+ New
Zealand IŽ)**./ῌSBŽ &%=r?@'LY)#+ }>r
<NO*+ } New Zealand Q‘=r?@'KLP’>ƒFP’G
“
”)
G•;P}>r–„GJ{)
New Zealand \—˜™.Qš›œ”./%Rž*\—˜./S=r?@'G
Ÿ' ¡¢£¤¥¦ L"'§ >r–„W(!KLMG
) ¨
=r?@'X#Ÿ' ©ª«¬ª­®¯\GT+#,°) }­®¯\±ƒ
FP’G²… X UV) Ÿ') New Zealand =r?@' Fe WX ppm Y³
3ˆM‹ŒP:#=r>rGZ[8*+ | ­®¯\±ƒF\G„=r
>r<]´µ¶^· }L Si S Al : ¸:#_fg
_=r?@'¹†º€w‚ w—€w‚ Si Al *`a»Pb¼P’*U
PHI…vw†‡J~P:#>r)#+c
X /, ¼ n,**,o
W."¡X // ¸¡RY¹ºZ»
125
,* ῌ ῌ The REE Patterns of Volcanic Hydrothermal Waters in Japan and New
Zealand
Guraduate School of Science, Toho University Tetsuya SANADA, Yuji ONDA
Faculty of Science, Toho University Nobuki TAKAMATSU, Masayuki IMAHASHI
Beppu Geothermal Research Laboratory, Kyoto University Shinji OHSAWA
!"#$%&' !" ()
()*+!#,-./ 0."1213-(45!6789#
:ῌ;<%&07 =>?%&' @A &B"CA"
DE& F!"/ GHIJK/ !+IJK "LM#3-H #N7FOPQ4' R$/ STUVUWKXY7%&F#"$%
&'
Z'([)*\H !6(](PD/ 9^ D_PIJK+`a_ =&b
cd,e.&f-g_[)h&'
./ /i0 1j(PQ423k<lWm164567 nICP-MSo p8_P/ "D=qSTUVUWKXrst9 nTaupo Volcanic Zone, TVZo uv(4"9:
Z'([)w4p;<(/ =>?D=q REE xrUK@yῌzAp(PH {Bp
|}(4'
"uve.4"9~€YZ'([)w43O4CDE ., ppb
nCeo/ *./ ppb nTm jq Luo O4' "9:Z'([)w4" =‚F/ ƒ4Z
'([)xrUKYQ#‚F&07„Fe.4' 0.GB…H‚F&rIl"9
*\ ;<(P_&4†7|‡-.4' STUVUWKX TVZ uve.4"9~/ I
Kˆ‰Š‹ŒUrUIŒ L Eu IŽ‹1U}e.F3O4'
,+ ῌ !"#$%&'
JKL‘’“M”•–Ž
— ˜
A Dynamical Model of a Geyser Induced by Inflow of Gas
Faculty of Integrated Media, Wakkanai Hokusei Gakuen College Hiroyuki KAGAMI
™šῌ›œM#3-Ne.PQP_&/ C„FkOžP_F_7ŸOP=_' P
- ,*** /.¡ D_P/ ™šῌ¢K£•Š¤¥ ¦§_P£•ŠpœQ
(/ Rž¨d©xW”rª!SpC-3 (4/ BT£•Š «_Pƒ¬­zA
e.P_F3O4' ./ ®¯¢K£•Š¤¥^=~F™šῌp°<(/ ®¯£
•Šp±²(4BT£•ŠpœQ(/ U¤¥ =Rž³I´µŒ¶pV·4'
¼
126
!
"
#$%&'()
*+,
-. /012
34() 56 78
-9:;<=
>?@A??&)B?CD=>?E*-?E: 9:F
G? H6:I JKLM=>??NO:PI('. P
5
-;<=>@AQ:RS T) +333 UV?WXYZ
[
\]
^_`abEc P
RS
Ld# P
1^
Z[ῌ
&:ef<gb:. hi jkl 5
=>@A
;<&m
nopqrstfDE_VQ:.
,, uvwx Assessment of the Temperature Increase of Geothermal Overflow Water
from Oyunuma in Noboribetsu spa
Geological survey of Hokkaido Kazunori FUJIMOTO
y $ z
!"{|}~OE €$ z()῍: #=>12 &)‚
Pƒ„$ z
R…$†\]-1‡?.
$ zˆ‰% ,,* m Š‰% +** m ‹Œ&'ˆ‚(Ž
)&‘-?
E:. 12$ z*+Q:’-“”? *Q: •z
#
–,—-`˜Q:_
9 +332 ++ ™ ,. -() +, ™ 1 -6
+. -Z1‡?. 12šH›5 +,.,œ +,.*
lῌ
’*+? -0..œ ,,** lῌ
*?E:‘…9'.
12
34 ’-“”?E() / -.6 Mž@?EE_
# -0..œ (
) -3./œ 6=>?Ec !JA‹ŒMŸ ?E.
P-¡¢Q:£ c#‚/¤¥DE¦aQ:. §¨ ©+3/3ª #:,() 125
z
()
«0-¬£:I ,23ῌ9:. D­E ’-“”?‘®{¯Q:I«0
-.,ῌI& *Q: -2./œ 3*1ῌI°34).
125cE «01°/±²
ῌ/¤¥$%³´Q:PI-2˜?&('
£ ’-“”Q:PI *Q: # ,*œ J==>Q:Iµ~?. IP¶ ,œ =>Q:I «0% /* lῌ·¸? ¹ºb:/«03•b:£ *Q:
#b‹m=>?&PI»'.
· /, ¼ ¢,**,£
;<-!¶· // ¸¶=¹º>»
127
,- ῌ
ῌ ῌ ῌ Formation Mechanism of Acid Sulfate Waters in the Kirishima Volcanic
area
Graduate School of Science and Engineering, Kagoshima University
Shun-ichi FUJITA, Hayao SAKAMOTO, Takashi TOMIYASU, Katsuro ANAZAWA
! "#"! $% &'! ("&'!
)*+)!,-!&./01 234567-89/
06&.:; <=>ῌ<34"#"!.:;01 ?"#
"! 6&@)AB:;)C1 DE.FG ?&7-89H
IJKLM:DEHJNOH.<PQ&R0CS95&TUVW;XYDEZ
)&4R0[\ ];01
7-89HIJKLM:DE!^"-OHN= _L `"a"4
)b &'.cd4R01 ?ef)g)OHehXY];0& &'!4
R0. =>ῌ<3&"#"!4R01 7-89HIJKLM:
DEOHN &'.#$R0C#$%i4#&&j"'R0CkHN"'[
'lD"mnopXqE[\ ];01 rspt0EB uvehXY];0"m
noῌw=xy!pz{E1
,. |(Q}-!~  Q € ῌ‚ ƒ )ῌ* „ +ῌ … Chemical Composition of Heated Water with Steam in Owaku-dani,
Hakone Volcano
Hot Springs Research Institute of Kanagawa Prefecture
Jouji KIKUGAWA, Nobuyuki ISHIZAKA,Kazuhiro ITADERA, Masao OYAMA
,†-> ,† - ‡R0.Hˆf‰Š$‹pŒBŠ/).H0.B
:;01 ->4 61Ž2‘yOH’p“”D 2Ž•– #OH[—Y3&pA
˜/0?[eh-!.—Y];GC01
,†4 ,**+ 4 0 ™M: +* ™MšG->%ipN›œ/./XDE1 œ/.
Š/4RFE ,**+ 4 1 ™ ->-!—Y3OH’‡.5#OHp.UžD
6ŸDG ¡.4U)CKL ¢7.£ [)FE1 OH’7.5¤8¥¦)* œ/[
§¨©ª.R0[«¬:; ?;p9:M/0EB 7.DEOH’e0—Y![­OH’
e0—Y![p!^D 0®¯‡CG«°DE1
7.DEOH’ ±A ’² e0—Y!7.D)MFEOH’ ±B ’² e0—Y! Y
:1p -!—Y3³3DGC0—Y3&[!^DE1 ´¨ A ’OH54µ‚
[.¨0
128
B !" #$!%
&'()*+ * A ,-./0-1/&' H2 34 Cl5 6789 :
;<=>
*?@ABC67'DE%*+
,/ NPO FGHGIJKLMNO P Q
Hot springs in the Ko-Biwako Group
NPO Think-tank Kyoto Institute of Natural History Susumu NISHIMURA
RSTUVRW:XY).Z [.\U]-
]<^U_.' ,/` <[.aU+
_.bcRde+ f[.]ghgUi j +*k+, m
Uie+ lmnopGqrst!uv'DE%+ RP
w +* m x"#yz {|VRW:b} e#~$. {€%} e+ V
RW:#~$. &'(‚V.Zƒ%+ „„VRW:e…
)† ‡*We'ƒ%+
ˆ+% - ‰Oƒ%,VRW:TW!%JŠ-. …)†‡
*W!%.+ ‹/ VRW:w +*kw +** m XY,0Œ. {HŽ
^} R123ƒ%+
„ -* 4‘’!% “VRW:T53 2** m ,jXYb) [”67!*[.8X%,•b–8*+ „%.— pH 2 ,˜ ™š
b‘]<^›! ]<9œ.ƒ%+ „%8il:AH87'i^
+ RS RRl*ž;<9)E% =>38 J?Ÿ
- „%lmnob+ T50—5Hu- ¡,
l:AH +
,0 @¢£A¤¥¦§¨0MN©Hª B C D EῌF « Gῌ¬ P
­
Monitoring of the Qualities of the Spring Waters from Artesian Flowing
Wells in Arima, Kinosaki and Sumoto Spring Area
Hyogo Prefectural Institute of Public Health and Environmental Sciences
Miho YANO, Kimio ISOMURA, Kiyoshi TERANISHI
H£ I- 3 4!%[.J®K¯°±c¦' £Lw‰O[.LeJ.
ZK²³´Mµ–8*+ * NOP¶ ·Q 0+ 4!%´M¸" J
'.[´Mµ–8*+ „%´M¹º!% <»U,•b[.R¼b.
: /, ¼ ƒ,**,„
G µ¶·: // ¸·gH¹º»
129
.
ῌ ,2 !
"#$%&%' ()*+!
,-./ 01
2
3456/7 8 9%!%
4: !;<*='%=>
?@A#$%B> .
῍ C D ;<>E 1F%F%
4:7
8 1F
0=./ $
GH I
J
,-GH%K+L#% M1
2N#J1O
PQ*5RS%TU7
῎
! V W
"XYZ [#\
]^_`>E;<" !
ab0$./7 !cNd 0%#A# 0
1
2e%TU# 0GH./f !% g
4
:7 8 !%h1%
iEg
4: .
,1 jklmnop q r sῌ& ' t uῌ( ' g
Hot Springs in Aichi PrefecturevDistribution and Characteristics of
Hot Springs Containing Hydrocarbonate Salt
Aichi Prefectural Institute of Public Health Shoko OHNUMA, Seiei IKEDA, Ban-ichi TOMITA
jk)
W +*1 &p
wx *y1z{|}~€ +(
d,-‚.
#=
-- &p ƒ-+῍„ A'7 $
k)c…#I/ ƒ†‡0ˆ0…„ 01%
Id2
34‡0%
4 ‰
56T."7 ‰
RS k)
*y1zJ€
Š‹m78Œ‡9‹m7‹:Ž;9 3+῍ ƒ-*ῌ--„ %<E4‘#$%0
&'7 8 +2῍ ƒ0ῌ--„ ’“ m =>
!”"X1A' 2’?• +,*** m –
(
—˜A™ HCO-v %’ %
ƒš›@ /῍„ &'7 34‡0
wx
HCO-v %œ=4*5"‡0žŸ ~yA' Na-HCO- ˆ%€ HCO- žŸ ~y ¡ ƒ/ mg/kg„ –(€8#=
1/῍ ƒ3/+,„ %<&'=
HCO-v %
&'7 c .p ¢1
pH E ¢1
ABN™
HCO-v % CO-,v £X/#¤K CO-v, .
HCO-v ¢1€8#=
%" ¥C
¦§¨
Na© ª« HCO-v .–(4‘#¤K *y1zJ€
%"#7 $
DN™ G‘
%$¬ + &p€ HCO- %'# $$­®*y1zJ€
0156gE"7
,2 ˆ!klm¯°nop ± ² r 7ῌ ³ ´ F
Yearly Change in Water Quality, Temperature and Volume of Bored Hot
Springs
¼
130
Gunma Prefectural Institute of Public Health and Environmental Science
Akiyo MARUYAMA, Yukio OIKAWA
/ /, ῌῌ !" #$%&'(
+* )'
!" *+, 1 -
%$. /01 - 2 34*+,56 7489
'1 + 2:'( ; <=>?@
>;8
,*῍ ABC 3ῌ./ 2:D EFG%H' - 2:'( ;
,*῍ A568 1 2:'( *+
%IJKL%M8 N8
O?H'(
>? +- >;8 /.*P AG8 +*ῌ/+ 2:D
/.*P AAQ8 . 2:'( R, 8 GBC +.ῌ/*
2:'(
74
>ST ῌῌO?1U
'( VW XT +* Y%) ZH
1 [\8 ]^
_`a1$%D Kbcd1:1%ef?(
,3 *ghi*ῌjkl mi
*nop* q !rῌSstuῌv"w#
Variation of Radon Concentration in the Groundwater Flowing out
from Small Mountainside Area
School of Social Information Studies, Otsuma Women’s University Kimiko HORIUCHI
Dept. of Natural Science, Osaka Kyoiku University
Nao SAKATA, Tomofumi NAKAMURA, Masao KOBAYASHI
@ xyz$J{|}~1*€%H&yz$HDA';‚ƒ1(
$?&y„8…†]‡ˆ‰
Š1‹ŒH, y(ŽJ ]ῌyG]‘’H
“”J]=‡ˆ•–H'1( )—˜8*n*+™š›Œ1yœῌy=‚
&y,-œbH ~ž2ŸH1 - v''. /?a1$%01%
+332 0 ¡ ¢£¤¥8 +* ¡¦ D
z§( ¨08£¤¥2 ] ' yG]
^©`ª]=
:1(
!"«28 'ῌ¬–­, '῎ '῍®!"3?( . SiO,
2 8 ¯ ° H ± : ' ( ] = ² 8 '  ῌ Na-Cl ³ % Na ῌ Mg-HCO- ³ ¢Mg ῌ
Na-HCO- ³¦ , ´µ¶:D '῍8 Na-ClῌSO. ³ '῎8 Na-HCO- ³%HD'
D±O?(
E· £¤¥2S¸E¹'º»a1(
Fly UP