Search Results - "Lahr, D.L."

BioAssay Research Database (BARD): chemical biology and probe-development enabled by structured metadata and result types by Howe, E A, de Souza, A, Lahr, D L, Chatwin, S, Montgomery, P, Alexander, B R, Nguyen, D-T, Cruz, Y, Stonich, D A, Walzer, G, Rose, J T, Picard, S C, Liu, Z, Rose, J N, Xiang, X, Asiedu, J, Durkin, D, Levine, J, Yang, J J, Schürer, S C, Braisted, J C, Southall, N, Southern, M R, Chung, T D Y, Brudz, S, Tanega, C, Schreiber, S L, Bittker, J A, Guha, R, Clemons, P A

“…BARD, the BioAssay Research Database (https://bard.nih.gov/) is a public database and suite of tools developed to provide access to bioassay data produced by…”
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A Combinatorial Study of Thin-Film Process Variables Using Microhotplates by Lahr, D.L., Hertz, J.L., Semancik, S.

“…A major goal of materials research over the past two decades has been the development of high-throughput methods for rapid discovery and optimization of…”
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Inducing analytical orthogonality in tungsten oxide-based microsensors using materials structure and dynamic temperature control by Benkstein, K.D., Raman, B., Lahr, D.L., Bonevich, J.E., Semancik, S.

“…The influence of material structure and dimension on the chemical sensing performance was investigated as a function of sensor operating temperature…”
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Reactions of gas phase H atoms with ethylene, acetylene and ethane adsorbed on Ni( [formula omitted]) by Bürgi, T., Trautman, T.R., Gostein, M., Lahr, D.L., Haug, K.L., Ceyer, S.T.

“…The products of the reaction of the most energetic form of hydrogen, gas phase H atoms, with ethylene, acetylene and ethane adsorbed on a Ni(1 1 1) surface at…”
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Enabling MEMS Chemical Microsensor Arrays for Trace Analyte Detection by Meier, D.C., Evju, J.K., Benkstein, K.D., Raman, B., Boger, Z., Lahr, D.L., Semancik, S.

“…We describe the development of a conductometric gas microsensor technology that combines, in an optimized manner, nanostructured sensing films, MEMS…”
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