nkysdb: 共著者関連データベース
SUGAKI Asahiko 様の 共著関連データベース
+(A list of literatures under single or joint authorship with "SUGAKI Asahiko")
共著回数と共著者名 (a list of the joint author(s))
62: SUGAKI Asahiko
37: KITAKAZE Arashi
12: SHIMA Hiromi
7: SHIMADA Nobutaka, UENO Hirotomo
5: KOJIMA Shoji, SANJINES V. Orlando
4: KUSACHI Isao, TASHIRO Chuichi
2: OHTSUKI Toyo, SAAVEDRA M. Antonio
1: ABE Hiroshi, AKAI Junji, CAMPOS Eduardo, FUKUOKA Masato, ISOBE Kiyoshi, ITOH Hironori, KANO Shimpei, KITAZAWA Hiroshi, KOMATSU Ryuichi, MIZOTA Tadato, NAKANO Satoshi, ODASHIMA Yoshitsugu, SANCHES C. Alberto, SANJINES V.Orlando, SCOTT Steven D., SHIMA Hiroshi, SHIMIZU Yukio, SUZUKI Teruo, UENO Teiichi, VELARDE V. Oscar, VERALDE V. Oscar, WATANABE Manjiro, YAMAE Noritoshi, YAMAWAKI Tomojiro, YOSHIMOTO Tomoko
発行年とタイトル (Title and year of the issue(s))
1951: Thermal Studies on the Lattice Intergrowth of Chalcopyrite iin Bornite from the Akayama Mine, Japan
1951: Thermal experiments on the Lattice Intergrowth of Chalcopyrite and Klaprotholite in Bornite from the Obari Mine, Japan
1952: Molybdenite Deposits in Northern Japan
1952: Thermal Study on the Intergrowth of Chalcopyrite and Sphalerite
1953: Thermal Studies on Unmixing of the Secondary Solid Slution
1955: Thermal Studies on the Diffusion between Some Sulphide Minerals in the Solid Phase
1955: Thermal Studies on the Lattice Intergrowth of Chalcopyrite in Bornite from the Jinmu Mine, Japan
1956: Thermal Studies on the Diffusion between Chalcopyrite and Metallic Copper in the Solid Phase
1957: Thermal Studies on the Diffusion between Some Sulphides and Metallic Copper in the Solid Phase (Second Report)
1957: Thermal Studies on the Skeletal Crystals of Sphalerite in Chalcopyrite
1959: On the Specfic Heat of Some Ore forming Minerals (Thermodynamic Studies of Ore Genesis, First Report)
1961: Ohori Mine, A Tertiary Pyrometasomatic Deposit Yamagata Prefecture, Japan
1965: Synthetic Sulfide Minerals (1)
1965: Synthetic Sulfide Minerals (2)
1965: Synthetic Sulfide Minerals (3)
1973: Phase Relations of the Cu2S Sb2S3 System
1973: Synthetic Sulfide Minerals (5)
1974: Synthetic Phases in the PbS Bi2S3 System; PbBi4S7 and Pb2Bi2S5 (Synthetic Sulfide Minerals (7))
1977: Hydrothermal Synthesis of Pyrrhotites and their Phase Relation at Low Temperature Studies on the Pyrrhotite Group Minerals (4)
1978: On Solvuses of Solid Solutions among Troilite, Hexagonal and Monoclinic Pyrrhotites below 300 Degrees C Studies on Pyrrhotite Group Minerals (3)
1978: Synthesis of Sulfides and Sulfur Bearing Systems
1980: Miharaite, Cu4FePbBiS6, a new mineral from the Mihara mine, Okayama, Japan
1981: Furutobeite, a new copper silver lead sulfide mineral
1981: Geological Study on Polymetallic Hydrothermal Deposits in the Oruro District, Bolivia
1981: Hydrothermal synthesis of nukundamite and its crystal structure
1981: Mineralization and Mineral Zoning in the Avicaya and Bolivar Mining District, Bolivia
1981: Phase Relations in the Cu FeS2 Join
1981: Study on the Ore Minerals from the Bolivian Tin Deposits (1) Cassiterite and Stannite from the Mines in the Oruro District
1981: Synthesis of minerals in the Cu Fe Bi S system under hydrothermal condition and their phase relations
1981: Synthetic Minerals with Quaternary Components in the System Cu Fe Sn S Synthetic Sulfide Minerals(10)
1981: Three New Phases in the System Cu Fe Sn S Synthetic Sulfide Minerals (11)
1982: Phase Relations in the Gu3AsS4 Cu3SbS4 Join
1983: Geological Study on the Polymetallic Ore Deposits in the Potosi District, Bolivia
1983: Hydrothermal synthesis of sulfide minerals and their phase relations
1983: Synthesized Minerals of Polybasite and Pearcetite Series ‐ Synthetic Sulfide Minerals (12) ‐
1984: Hydrothermal Synthesis and Phase Relations of the Polymetallic Sulfide System, Especially on the Cu Fe Bi S System
1984: Phase relations in the central portion of the Cu Fe Zn S system between 800 degrees C and 500 degrees C
1985: Cookeite from animony veins of the caracota mine, Bolivia
1985: Geological Study on the Ore Deposits in the La Paz District, Bolivia
1985: Geological Study on the Polymetallic Ore Deposits in the Quechisla District, Bolivia
1985: Johannsenite from the Koryu mine, Hokkaido, Japan
1985: Phase Relations in the Cu Fe Zn S System between 500 degrees C and 300 degrees C under Hydrothermal Conditions
1985: Synthesized Tin and Tin Silver Sulfide Minerals Synthetic Sulfide Minerals (13)
1986: Geological Study on the Ore Deposits in the Sur Lipez District, Bolivia
1986: Study on the Ore Minerals from the Bolivian Tin Deposits (2) Cassiterite and Wolframite from the Mines in the Potosi and Quechisla Districts
1987: Ag2S solubility in sulfide solutions up to 250 degrees C
1988: Sulfosalt Minerals from the San Jose Mine, Bolivia and Their Mineralization
1990: Solubility of Sphalerite in Aqueous Sulfide Solutions at Temperatures between 25 and 240 Degrees C
1990: Sphalerite solubilities in NaHS NaCl H2S aqueous solutions from 100 degrees to 240 degrees C
1992: Discovery of As Analogue of Aramayoite and its Phase Relations in the Ag2S As2S3 Bi2S3 Sb2S3 Join (II 14 1 P 11)
1992: Phase Transition of Pentlandite (II 14 2 P 4)
1992: Phase Transition of Pentlandite cobolt pentlandite Series and Its Phase Relations (II 14 2 P 14)
1995: Study of the minerals on the PbS Sb2S3 join Part 1: Phase relation above 400 degrees C
1996: New data of high pentlandite solid solution Study on the Fe Ni S system (5)
1996: Study of phase Ni3+ xS2 in the Ni S system, especially high temperature forms of Ni3S2 and Ni4S3
1998: High form of pentlandite and its thermal stability
2000: Mineralogy of the Panulcillo skarn copper deposit, Coquimbo Region, Chile
2002: Fluorite particles inducing butterfly aggregates of incipient microperthite in alkali feldspar from a syenite, the Patagonian Andes, southern Chile
2003: K Ar Ages of Tin Polymentallic Mineralization in the Oruro Mining District, Central Bolivian Tin Belt
2004: The Phase Relations between Fe4.5Ni4.5S8 and Co9S8 in the System Fe Ni Co S at Temperatures from 400 degrees C to 1100 degrees C
2006: New phase relations of the system Fe Ni S at temperatures from 875 to 450 degrees C as the pentlandite ore genesis
2011: A Revision of Phase Relations in the System Fe–Ni–S from 650 degrees to 450 degrees C
