|
WO2014187655A1
|
|
Device and method for separating components of a solution
|
|
US2015224473A1
|
|
Chromatographic material and methods for the synthesis thereof
|
|
GB201320203D0
|
|
Device and method for separating components of a solution
|
|
WO2014044746A1
|
|
Improvements in and relating to chromatography columns
|
|
GB201315498D0
|
|
Laboratory container transfer device
|
|
GB201315284D0
|
|
Background correction in emission spectra
|
|
GB201309105D0
|
|
Device and method for separating components of a solution
|
|
GB201305405D0
|
|
Apparatus and method for liquid sample introduction using acoustic droplet generator
|
|
GB201305406D0
|
|
Apparatus and method for liquid sample introduction
|
|
GB201304701D0
|
|
Method and apparatus for control of a plasma for spectrometry
|
|
GB201216985D0
|
|
Improvements in and relating to chromatography columns
|
|
GB201216984D0
|
|
Improvements in and relating to chromatography columns
|
|
GB201208901D0
|
|
Method and apparatus for reaction chromatography
|
|
GB201120665D0
|
|
Process for the preparation of porous silica particles
|
|
GB201404340D0
|
|
A stationary phase for liquid chromatography made from superficially porous particles
|
|
GB201108861D0
|
|
Method and apparatus for improved resolution chromatography
|
|
GB201314565D0
|
|
Method and apparatus for improved resolution chromatography
|
|
GB201021338D0
|
|
Hybrid electrical/optical cable uses transparent insulating material as optical waveguide
|
|
GB201012841D0
|
|
Apparatus and method for combustion analysing a sample
|
|
CN102272629B
|
|
Beta radiation monitor and method
|
