Page 20 - Book Hosokawa Nanoparticle Technology Handbook

TABLE OF CONTENTS xix
30 Nozzle-free inkjet technology 546
1. Principle of nozzle-free inkjet technology 2. Formation of slurry using nozzle-free
and outline of developed system 547 inkjet technology 549

31 Development of exhaust catalyst 550
1. Supported metal catalyst 550 3. Improvement of OSC of catalyst 551
2. Oxygen storage capacity (OSC) 4. Improvement of thermal resistance
of catalyst 551 of catalyst 553

32 Development of optical memory using semiconductor nanoparticles 555
1. Fluorescence characteristics of 3. Methods of preparing and evaluating CdSe
semiconductor nanoparticles 555 thin films 556
2. Optical memory effect of semiconductor 4. Dependency of intensity of fluorescence on
nanoparticle thin films 556 the excitation light intensity 556
5. Future topics 557

33 Development of bright phosphors using glasses incorporating
semiconductor nanoparticles 558
1. Syntheses of highly photoluminescent 2. Preparation of glass phosphors
semiconductor nanoparticles by an aqueous incorporating semiconductor nanoparticles
solution method 559 by a sol–gel method 559

34 Development of photocatalyst inserted into surface of porous aluminosilicate 562
1. Structure of TiO –aluminosilicate 3. Photoenduarance of paper with
2
complex 562 TiO –aluminosilicate complex 564
2
2. Photocatalysis of TiO –aluminosilicate
2
complex 562
35 AC overhead transmission line audible-noise reduction measures using
surface improvement 566
1. Audible noise of AC overhead transmission 4. Features of titanium oxide thermal-sprayed
lines 566 films 568
2. Wetting property of power lines 566 5. Audible-noise measurement 568
3. Preparation of test power lines 567

36 Development of a high-performance secondary battery by controlling
the surface structure 570
1. Anode of a nickel hydrogen battery 571 3. Cathode of lithium ion battery 572
2. Cathode of the nickel hydrogen 4. Anode of the lithium ion battery 573
battery 572

37 Pinpoint drug and gene delivery 575
1. Bio-nanocapsules (BNC) 575 3. Assignment 577
2. Potential applications of BNC 576 4. Conclusion 578