Chemical Properties of Hot Spring Waters in Nozawa Onsen, Nagano Prefecture

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1 J. Hot Spring Sci. 0* /,*+* 0- + Chemical Properties of Hot Spring Waters in Nozawa Onsen, Nagano Prefecture Kurita Water Industries, LTD Kenta E Professor Emeritus, Faculty of Science, Shinshu University Hiroaki T H.I.S. Co, LTD, Sae N MORI SUKAHARA AKAMURA,,,,, + The Secular Change of Non-volcanic Spa from Deep Wells in the Kanto, Osaka, Ishikari, Nobi Plains and the Ise-Shima-Suzuka Districts ( + ). Discharge Rate, Temperature and Solute Concentration Emeritus Professor of Nagoya University Tetsuo M Mie Prefecture Health and Environment Research Institute Yasunori M IYAZAKI ORI Hokkaido Institute of Public Health Naoki A OYANAGI, Eiji UCHINO Hot Spring Research Center Yasuo K ANROJI +*** m 10 +/ +, - +*. 344

2 0*,*+* 0-.*./ +**.3,.* -3 /-, /3.*,+ - +* , Cl HCO CO SO, Cl HCO- CO - : Cl.,1.. +,.- HCO-,,,..., SO., SO.,. The Secular Change of Non-volcanic Spa from Deep Wells in the Kanto, Osaka, Ishikari, Nobi Plains and the Ise-Shima-Suzuka Districts (,). Cl, HCO (CO ), SO,, - -. / 10 +* 0* ,11. 3,. SO : SO 0/. SO +*** 0./ +*** SO * kgl,.+. 0/. SO,, - -. Emeritus Professor of Nagoya University Tetsuo M Mie Prefecture Health and Environment Research Institute Yasunori M IYAZAKI ORI Hokkaido Institute of Public Health Naoki A OYANAGI, Eiji UCHINO Hot Spring Research Center Yasuo K ANROJI., JX 345

3 Scale Prevention in Hot Spring Water by Using Modified Sulfur-solidified Material (,) Oita Industrial Research Institute Masaki S AITO JX Nippon Oil & Energy Corporation Yoshitaka O HTA, Tatsuya YOSHIMOTO Suga Kenzai Kogyo Corporation Ken-ichi S.,,2.* g g,/., g +,.- g U U /.. 2 g,.1.- g UGA / RIC RIC Imaging of Distribution of Radioactivity in Hokutolite by using Imaging Plate Department for the Administration of Safety and Hygiene, Osaka University Takashi SAITO Organization for the Strategic Coordination of Research and Intellectual Property, Meiji University, Radioisotope Center, the University of Tokyo Yuichi KURIHARA Radioisotope Center, the University of Tokyo Yuya KOIKE IP IP, mm 346

4 0*,*+* 0-0 RI Estimation of Growth Rate of Banded Structure Hokutolite from the Distribution of Radioactive Nuclear Species Faculty of Education, Kagawa University Nobuyuki S Osaka University Tadashi S Osaka University Takashi S Emeritus Professor of the University of Tokyo Kunihiko W ASAKI AITO AITO ATANUKI,,0 Ra,,,2Ra,-,,,2 Th Ra,,2 D+ D/, Ra,-,,,2 Th Ra D+,,2,-, Ra Th,,2 D, Ra *.***./ Bqg D+ 2* D, +,* D+ D, D+ D, *.*2* mmy Saito, Sasaki and Sakai +30- *.*3* *.*+/ mmy,-,,,2,-, D+ D/ Th Ra Th 10 ppm Th +* 1 Boron Content of Waters from Di# erent Type of Hot Springs in Hokkaido Hokkaido Institute of Public Health Eiji U, Naoki A, Daisen I, Kenji N CHINO OYANAGI CHIHASHI AKAYAMA,-+,*. 0.0.*./ mgkg HBO,.-. 1, / +* / 3,

5 +0 / 0 3,-. /./., *...* r * Proposal of New Bathtub Water using ENEFARM (Household Fuel Cell) Faculty of Bioscience and Applied Chemistry, Hosei University Yoshiaki K URITA, Yuya K ANEKO, Kazuki N OJIMA, Shoichi OKOUCHI 3 Characteristics of Hot Spring Water That Make the Skin Soapy (II) Faculty of Bioscience and Applied Chemistry, Hosei University G. F URUKAWA, Y. S UEFUJI, Y. KIMURA Research Institute of Health Resort Medicine Y. A GISHI, Hot Spring Research Center Y. K ANROJI, Faculty of Bioscience and Applied Chemistry, Hosei University S. OKOUCHI Ca, Mg 348

6 0*,*+* 0- A Ca Mg CaMg Ab+ Ka+ Ka+ ak K Ca Mg Ca Mg a b +* Thanatuksorn Pariya E# ects of Sulfur Hot Spring Water on the Suppressing of Melanin Formation by Visual Observation (for the Educational Benefit) Faculty of Bioscience and Applied Chemistry, Hosei University K. Y, P. T, Y. K, G. F, S. N, A. O OSHIDA HANATUKSORN URITA URUKAWA AMIKI NODA Nozawa Spa Elementary School S. N ISHIZAWA, T. DENDA Nozawa Spa Hotel Association Y. M Faculty of Bioscience and Applied Chemistry, Hosei University S. O ORI KOUCHI

7 High Osmotic Therapy of Pustulosis Palmoplantaris and Nail Deformity Kojin Hospital in Morioka, Tamagawa Spa Clinic Jun-ichi N OGUCHI acanthosis +, E# ect of Hot Spring Water Samples on Fatty Acid Composition of the Surface Skin Fat (Sebum) in Hairless Mice Model with Atopic Dermatitis Hokkaido Institute of Public Health Naoki A, Eiji U, Kazuhiko N, Kenji N, Yoshinobu K OYANAGI CHINO ISHIMURA AKAYAMA ATOH AD FA NCN,. D S, C - D S FA HPLC- MS - C, D S IgE IgE D S IgE IgE r *. 3/1 IgE FA AD FA FA FA S D C AD FA +- Physiology and Ecology of Themophiles in Hot Springs Faculty of Engineering, Soka University Norio K UROSAWA./ 350

8 0*,*+* 0- PCR DNA DNA Sulfurisphaera ohwakuensis Thermus kawarayensis +. Study of Recovery Method of Legionella Faculty of Medicine, Toho University Naoyuki K, Akira O, Koji S, Keizo Y ATO HNO AITO AMAGUCHI Palma Bee Z Research Institute Toshiyuki T ANAKA, Takeharu MORISHITA PALSAR : probe alternation link self-assembly reaction PALSAR Real-time PCR PALSAR PALSAR PALSAR Real-time PCR + + PALSAR -* 2+ -* 01 PCR,, 13, + PALSAR.3 /3, PALSAR /3,/ PALSA +/ A Distribution of the A-type Sulfur-turf in the North District of Nagano Prefecture, Central Japan Nagano Environmental Conservation Research Institute Sumio H IGUCHI, Michiyo SONE Faculty of Humanities & Social Sciences, Iwate University Yonosuke M A +* mm / A AKI 351

9 +./ 1,, ph / A Y S, K M G K, --0- ph 1* A +0 Fe - I Proposal of New Sterilization System with Ferric and Iodine Ions Faculty of Bioscience and Applied Chemistry, Hosei University Tsukasa M ARUYAMA, Takashi I KEYA, Daichi A SANO, Yusuke M ORIYOSHI, Shoichi OKOUCHI Fe I Fe -, Fe I Fe I, I I Fe, - Fe I I,, +1,**3-352 The Influence Investigation Based on Guideline for the Protection of Hot Spring Resources at Yunoyama Area Mie Prefecture Health and Environment Research Institute Yasunori M, Hideki Y, Akira M, Kyoko S, Kazuyuki O Graduate School of Bioresources, Mie University Masaaki K, Takamitsu K ORI OSHIMURA AEDA HIMURA HKUMA ONDO AJISA

10 0*,*+* 0- ph,**0 +2 Oxygen and Hydrogen Isotope Ratios in Hot Spring Waters in Gora Spa Area, Kanagawa Prefecture, Japan Hot Springs Research Institute of Kanagawa Prefecture Kazuhiro I TADERA, Joji K IKUGAWA, Akio YOSHIDA Oki and Hirano +31* a Na Cl a a +3 Advanced Method for Estimation of the In-situ Groundwater Condition Institute of Technology, Shimizu Corporation Toshiyuki H OKARI CO, 353

11 ph, ph,,* NPO Geological Structures around Nannki-Shirahama Hot-springs, Wakayama, Japan NPO Think-tank Kyoto Institute of Natural History Susumu N ISHIMURA, Ikuo K ATSURA, Jun-ichi NISHIDA CSA-MT *,. 1* CSA-MT +/* +2* m -** m -/*.** m,+ Characteristics and Secular Variations of Hot Spring Water Flow in the Shiraoi-Kojyohama Area, Southwestern Hokkaido 354

12 0*,*+* 0- Graduate School of Science, Hokkaido University Ryuji I Geophysical Surveying Co., LTD Takeya N INPEX CORPORATIO Yoshito U +30, +/ +.* ,,**2,**3.,**2 +31/ Cl +31*,**2 +** mgl - HCO- Cl Cl KEDA AGATA CHIYAMA,, Origin of Dissolved Gas Constituents of Thermal Spring Waters in a Non-volcanic Region of the Central Part of Kyushu, Japan, Indicated from the Helium and Carbon Isotope Systematics BGRL, Kyoto Univ. Shinji O, Makoto Y, Taketoshi M HSAWA AMADA ISHIMA Oita Univ. Takuya SAKAI OSHIKAWA AGIYAMA AVL, Kyoto Univ. Shin Y, Tsuneomi K,**0.* +2 dd d O DIC +- d C +- DIC d C CO, CO, CO, CO,, +- CO, d C, 0 -.,*, He, He, Ne - Sano and Marty +33/ C He d C CO d C, 355

13 , CO, +- d C0 CO,,- Regional Evaluation for the Exhausted Misgivings of Hot Spring Resources in Hokkaido Drilling Keisoku Co., Ltd. Takeo M Geological Survey of Hokkaido Takahiro S ATSUNAMI UZUKI ,**. :,+, +*,. -. MPa, - +* +* + +*** 356 Inactivation of Bactria in Aquatic Environment by Momentary Decompression following High Pressurization Grad. Sch. Pharm. Sci. Osaka Univ. T. B ABA Fac. Pharm. Osaka Otani Univ. K. TANI Grad. Sch. Pharm. Sci. Osaka Univ. N. Y AMAGUCHI, M. NASU

14 0*,*+* **,/ Chemica+ Characteristics of Therma+ Springs Discovered by Wild Animals Hot Spring Research Center Yasuo KANROJI /* +** : : +** +* A B C D E F0 +, -. / 0 357

15 1,0 Fango E# ected of Existing Microorganisms for Support of Development on Fango Toho University Faculty of Medicine Kenji S ASCendant Co. Inc. Mizuno O JAIST Maiko O UGIMORI OWADA KAJIMA Phormidium sp., Leptolyngbya sp., Oscillatoria sp., Cyanobacterium sp., Spirulina sp. Phormidium sp. o ETS */ R Fango : Biofango R Biofango Fango,1 Simple Measurement of Hot Spring Water by Electrical Conductivity Department of Biology, Tokyo University of Science Hideyuki N AGASHIMA +1 / +3. +* EC GASHIMA EC mscm gkg ph, 358

16 0*,*+* 0- B ph 0. 0,/+/ mgkg ph 1., EC --1. *1.0. EC,11. *2,. A ph 02.,, 1.3 mgkg ph 1. 2 EC -.*2 *. 23, EC,+2. EC *,0. *1+. *-,. ph, +, 1*1 mgkg ph +. 3/ EC /.*2 *.--0 A ph 0./ +/, 23* mgkgph 0./ EC,,.. *. 1*3,2 Problems of Minera+ Spring Analysis Method Guidance (Supplement) /3 - Hot Spring Research Center Yasuo K ANROJl, Hideo TAKIZAWA,0 +* -* /+,1 +3/,,2, -. -, +,0 /, 1* +,/ p., -*.,2 p. - /- /- / +/,+- -, /

17 +. - : +3. +* +,+ 360

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