"instrumental development" is a correct and usable phrase in written English.
It typically refers to the improvement of a skill or knowledge through practice, repetition, and instruction. For example, "Practicing the piano has helped me with instrumental development".
Efforts have focused on the instrumental development of a variety of operating modes as well as the subsequent chemical or biochemical enhancement of these modes.
However, an instrumental development was a visit in 1946 by the pioneering American businesswoman Edna Ruth Byler to a women's sewing group run by the Mennonite Central Committee (MCC) in Puerto Rico.
This article presents the instrumental development and first results concerning the spontaneous dissolution of zinc in a dilute HCl solution, the spontaneous dissolution of Mg in 0.01 M NaCl at open circuit potential and under an applied anodic potential.
Scientists are now able to make age determinations from much smaller samples and to make them much more rapidly than by radioactive counting, but carbon-14 proved to be a considerably more difficult problem for instrumental development than the other cosmogenic isotopes.
His scientific activity has been dedicated to mass spectrometry and its applications in several fields: instrumental development, gas-phase studies of ion-molecule and ion-radical reactions, detection of emerging pollutants in the environment.
FS and RH are graduate students supervised by IY; KY (assistant professor at the university), GM (research scientist at the institute), FT (assistant professor at the university), and AY (assistant professor at the institute) have been core members of the project from the beginning and have contributed to instrumental development and mission planning.
Few other recent instrumental developments have generated such debate.
Selected applications for all these instrumental developments are given focusing on the perspective of clinical chemistry.
The proposed measure is also used to find out if new instrumental developments improve the precision as compared to existing methods.
Over the past several years, new instrumental developments combining two or three operando spectroscopic techniques in one spectroscopic-reaction cell have emerged, giving ample opportunities for reaching a more detailed understanding of many relevant catalytic systems.
In this review recent MS instrumental developments are presented as part of a special issue covering various aspects of liquid chromatography tandem mass spectrometry (LC MS/MS) in clinical chemistry.
