|
CN108884517A
|
|
The manufacturing method of titanium alloy, clock exterior member material
|
|
WO2017154809A1
|
|
Ni-BASED UNIDIRECTIONALLY SOLIDIFIED ALLOY
|
|
JP2017109926A
|
|
Control method of at least one of crystal orientation, crystal structure and composition of surface
|
|
WO2017141692A1
|
|
Hydrogen generating agent, hydrogen generation method, and method of producing substance
|
|
JP2017098564A
|
|
Use method of multifunction electrically conductive element
|
|
WO2017110295A1
|
|
Manufacturing method for composite material of two-dimensional substance and fibrous substance
|
|
JP2017024986A
|
|
Ozone beam generation device
|
|
WO2017073472A1
|
|
Highly reliable perovskite solar cell
|
|
JP2017109916A
|
|
Ceramic material consisting of lanthanum oxide, manufacturing method therefor, target using the same and semiconductor device using the same
|
|
WO2017061435A1
|
|
Method for functionalizing vinyl alcohol resin, and vinyl alcohol resin functionalizing agent
|
|
WO2017038690A1
|
|
Diamond anvil cell
|
|
WO2017034036A1
|
|
Black-to-transmissive electrochromic device
|
|
JP2016176086A
|
|
Germanium nanoparticle phosphor and method for producing the same
|
|
WO2017002680A1
|
|
Layered substance modifying method and device therefor, modified graphite, and secondary battery electrode material using same
|
|
JP2017004957A
|
|
Anode material for solid oxide type fuel battery, manufacturing method for the same and solid oxide type fuel battery
|
|
WO2017029856A1
|
|
Ni-based superalloy part recycling method
|
|
JP2016225288A
|
|
PRECURSOR WIRE MATERIAL FOR Nb3Al SUPERCONDUCTING WIRE MATERIAL AND Nb3Al SUPERCONDUCTING WIRE MATERIAL
|
|
WO2016190225A1
|
|
Electrode material, method for producing same, and electricity storage device using same
|
|
CN107851694A
|
|
Light-emitting instrument and image display device
|
|
WO2016186057A1
|
|
Phosphor, production method for same, illumination instrument, and image display device
|
