153 structures-"https:"-"https:"-"https:"-"https:"-"https:"-"https:"-"https:"-"L2CM" positions at NIST
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of hormones in biological matrices. Hormones are essential for major developmental and reproductive processes. Because hormones are highly similar in structure and found at nanomolar concentrations
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molecules (e.g., CH4, C2H6, CO2). These materials undergo guest-induced structural transformations, offering a unique mechanism for high-density gas storage and highly selective chemical separations. Our
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shown that these structures are almost purely radiatively broadened at 9 K. We are soliciting proposals to extend this experimental method to investigate multi-exciton and charged exciton complexes. We
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objective is to realize systems that are potentially useful for improving the determination of the fine structure and the Rydberg constants, which play crucial roles in the International System of units (SI
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pool properties, material cooling rates, material grain structure, and the mechanical properties of bulk parts. These models attempt to resolve a variety of complex physics that occur during laser-metal
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the “NIST-on-a-chip” program, we are designing and building chip-scale accelerometers as field-deployable SI-traceable standards. The accelerometers employ a micromechanical structure in conjunction with a
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transmission electron microscopy (TEM) and in situ atomic force microscopy (AFM) studies of how these slip structures evolve on pure Al single crystals and follow-up work on Cu is underway. Such studies provide
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quantitative CR-PFM to novel materials and device structures, such as piezoelectric devices for energy harvesting and nano-generation, or lithium ion battery materials for improved power generation and charging
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surfaces take advantage of the increased electrical functionality, chemical and structural robustness, wealth of fabrication knowledge, and present a less disruptive technology compared with monolayers
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of integration. We are developing advanced electronic, thermal, and mechanical measurements to evaluate the performance, reliability, and security of advanced microelectronic structures. Experimental techniques