1
Hirose Shingo, Mori Kazuo: Surface improvement of machine element component. Agency Of Ind Science &Amp Technol, August 8, 2000: JP2000-218445 (63 worldwide citation)

PROBLEM TO BE SOLVED: To improve the surface defect by intermittently feeding the vapour phase material into a reaction chamber under a condition to minimize the growth of crystal on a reference surface, after placing a machine element component in a specific reaction chamber, and executing an atomi ...


2
Arai Kazuo, Yoshida Sadaji, Nagai Kiyoko, Sekikawa Toshihiro, Fukuda Kenji: Manufacture of semiconductor device. Agency Of Ind Science &Amp Technol, New Energy &Amp Industrial Technology Development Organization, September 14, 2000: JP2000-252461 (40 worldwide citation)

PROBLEM TO BE SOLVED: To provide a MOS capacitor of interface level density by forming at least one layer of oxide film and nitride film as a gate insulating film on a semiconductor substrate comprising a silicon carbide on the top layer before annealing in the atmosphere containing hydrogen at a te ...


3
Abe Toshihiko, Hashimoto Hitoshi, Boku Youko, Saito Yoshinobu, Takeda Hiromasa, Oikawa Hirokatsu: Alti series alloy sputtering target, wear resistant alti series alloy hard film and formation of the film. Agency Of Ind Science &Amp Technol, Tohoku Tokushuko, October 24, 2000: JP2000-297365 (24 worldwide citation)

PROBLEM TO BE SOLVED: To improve the hardness, oxidation resistance, adhesion with a base material or the like of a film formed on a cutting tool, a sliding member, a metal working tool or the like, to provide it with balanced characteristics, to execute stable film formation and to improve the serv ...


4
Kozuka Akiyuki, Mitome Hideto, Tsujiuchi Toru: Method and device for ultrasonic non-contact micromanipuration using plurality of sound source. Agency Of Ind Science &Amp Technol, June 13, 2000: JP2000-158364 (24 worldwide citation)

PROBLEM TO BE SOLVED: To prevent microobjects from being limited in a region surrounded by oscillators and a reflective plate by trapping microobjects suspended in a liquid medium into a sound pressure node in a standing-wave sound-field and controlling an electric signal for driving the trapped mic ...


5
Hiraga Takashi, Moriya Tetsuo, Chin Keiei, Tominaga Junji, Atoda Nobufumi, Tanaka Norio, Yanagimoto Hiromitsu, Ueno Ichiro, Tsujita Koji: Formation of organic thin film and organic thin film forming device. Agency Of Ind Science &Amp Technol, Hiraga Takashi, Moriya Tetsuo, Dainichiseika Color &Amp Chem Mfg, Victor Co Of Japan, September 19, 2000: JP2000-256877 (23 worldwide citation)

PROBLEM TO BE SOLVED: To uniformly infiltrate and disperse the surface of a resin molding with an organic compd. having affinity with the resin and also having sublimability. SOLUTION: A resin molding and a sublimable organic compd. having affinity with the resin are charged to a sealed type vessel, ...


6
Nishida Yoshifumi, Hirai Shigeoki, Ishii Tetsuo, Takayama Mikiko: In blood oxygen saturation decline estimation method using breathing waveform analysis by image processing. Agency Of Ind Science &Amp Technol, Nishida Yoshifumi, February 13, 2001: JP2001-037739 (16 worldwide citation)

PROBLEM TO BE SOLVED: To provide a method for measuring the number of times of in blood oxygen saturation decline by non-restrictively and non-invasively sensing a patient since the patient sometimes detaches the sensor, makes measurement impossible and destroys it when an exclusive sensor is attach ...


7
Aketo Jun, Takagi Hideki: Method for forming ultrafine particles into film. Agency Of Ind Science &Amp Technol, August 2, 2000: JP2000-212766 (15 worldwide citation)

PROBLEM TO BE SOLVED: To attain tight bonding of ultrafine particles to a substrate or to one other even at a low velocity of a flow of the ultrafine particles and to form a coating by irradiating the ultrafine particles and the substrate with high-speed energy beams and removing a contaminant layer ...


8
Suzuki Nobuyasu, Yoshida Takehito, Makino Toshiharu, Yamada Yuka, Seto Akifumi, Aya Nobuhiro: Hyperfine particle producing deposition device. Matsushita Research Institute Tokyo, Agency Of Ind Science &Amp Technol, October 10, 2000: JP2000-282222 (12 worldwide citation)

PROBLEM TO BE SOLVED: To provide a hyperfine particle producing deposition device efficiently producing high purity hyperfine particles, executing deposition and jointly reducing contamination and damage to the hyperfine particles. SOLUTION: This hyperfine particle producing device is composed of a ...


9
Suzuki Kazuya, Yumura Takeshi, Akashi Mitsuru, Chin Shiyuni, Tanaka Hiroko: Metal-containing high dispersion type catalyst using irritation-responsive polymer and its manufacture. Japan Chemical Innovation Institute, Agency Of Ind Science &Amp Technol, October 10, 2000: JP2000-279817 (11 worldwide citation)

PROBLEM TO BE SOLVED: To obtain a fine grain metal catalyst which can be easily recovered and can be repeatedly used. SOLUTION: This catalyst protects a metal fine grain 1 by a polymer by graft polymerizing the polymer on a surface of a support comprising a metal oxide or a silicate compound to redu ...


10
Kobayashi Toshiaki, Hayashi Teruyuki, Tanaka Masato: Novel silsequioxane-containing polymer and its production. Agency Of Ind Science &Amp Technol, June 6, 2000: JP2000-154252 (11 worldwide citation)

PROBLEM TO BE SOLVED: To provide a novel silsesquioxane-containing polymer being solvent- soluble and having a high melting point, high heat resistance and high flame retardany, which polymer has a pentacyclo [9. 5. 1. 13.9. 15.15. 17.13] octasiloxane (PCOSI) skeleton.SOLUTION: Provided is silsesqui ...