Anticipated developments will enable ATTA to analyze radiokrypton isotope abundances at high sample throughput, which necessitates simple and efficient sample preparation techniques that are adaptable to various sample chemistries.
The results indicated that VBE is a convenient, rapid and efficient sample preparation technique.
The application of γ-ray irradiation technique promoted the efficient preparation of 3D graphene networks for its characteristic of high energy.
Preparation techniques vary across the country.
For some types of the wet techniques, specific surface preparation techniques appear to be necessary.
The effect of support preparation (γ-alumina) was compared using different preparation techniques.
Even sophisticated diners are bound to stumble upon a few ingredients or preparation techniques that leave them scratching their heads.
For material characterization, two distinct sample preparation techniques were applied.
The various sample preparation techniques are compared and discussed.
The sample preparation techniques include mainly LLE or SPE.
