|
GB202101427D0
|
|
Method for enriching nucelic acids
|
|
GB202019616D0
|
|
Deep learning multi-user communication
|
|
GB202018783D0
|
|
Waveguide antenna
|
|
GB202018708D0
|
|
Access panel frame
|
|
GB202018703D0
|
|
Optical parametric oscillator system
|
|
GB202017266D0
|
|
Photonic chip spectrometer
|
|
GB202016717D0
|
|
Long range ambient backscatter apparatus
|
|
GB202010980D0
|
|
Photo reactor
|
|
GB202008485D0
|
|
High-speed imaging apparatus and imaging method
|
|
GB202006857D0
|
|
A system and method for shaping a light spectrum
|
|
GB202004837D0
|
|
Artificially sealing pores with mineral precipitate
|
|
GB202003468D0
|
|
Method of fabricating an optical fibre preform
|
|
GB202001609D0
|
|
Optical apparatus
|
|
GB201908889D0
|
|
Solar thermal collector
|
|
GB201905848D0
|
|
Systems and methods using active FTIR spectroscopy for detection of chemical targets
|
|
EP3765195A1
|
|
Fluidic device
|
|
HK1258019A1
|
|
Air pressure attenuation device
|
|
CN111295434A
|
|
Oil, method and apparatus
|
|
GB201805855D0
|
|
Waveguide and antenna
|
|
GB201805145D0
|
|
Microfluidic device
|
