Field. The term “
Field. “Field” shall mean the production of […***…] from syngas produced primarily from Waste materials.
Field. The term “Field” shall mean the prevention, diagnosis and/or treatment of human diseases.
Field. The term “Field” shall mean [***].
Field. 6 days on and 6 days off, in order to comply with National Safety Code (NSC) regulations, 7 days on and 7 days off, 14 days on and 14 days off.
Field. The "Field" of this Agreement shall mean the following fields: Field 1: dietary supplements, sports performance enhancing products, foods with health claims, such as energy bar, skin care/cosmetic products; Field 2: food or drink products requiring FDA approval; Field 3: consumer foods, such as margarine, yogurt, and cereal; Field 4: research.
Field. The term “Field” shall mean any reagent, therapeutic, prognostic, diagnostic or cosmeceutical use.
Field. (a) Ultrafine grain or nanostructured metals and alloys other than ***, and alloys thereof, and (b) processes for making ultrafine grain or nanostructured metals and alloys other than ***, and alloys thereof.
Field. The specialty is that since both ja and El are even under time reversal, the transport coefficient σSH is also even under time reversal, indicating that this corresponds to a dissipationless transport phenom- enon. Triggered by theoretical work, this spin-Hall effect was recently observed experimentally in various settings. An older development is the mesoscopic spin-transport analogue of xxx Xxxxxxxx-Xxxx effect, called the Aharonov-Casher effect [13]: upon transversing a loop containing an electrically charged wire the spin conductance will show oscillations with a period set by the strength of the spin-orbit coupling and the enclosed electrical line-charge. A rather independent development in condensed matter physics is the recent focus on the multiferroics. This refers to substances that show simultaneous ferroelectric- and ferromagnetic order at low temperatures, and these two different types of order do rather strongly depend on each other. It became clear recently that at least in an important subclass of these systems one can explain the phenomenon in a language invoking dissipationless spin transport [25, 26]: one needs a magnetic order charac- terized by spirals such that ’automatically’ spin currents are flowing, that in turn via spin-orbit coupling induce electrical fields responsible for the ferroelectricity. The final condensed matter example is one that was lying dormant over the last years: the superfluids realized in 3He. A way to conceptualize the intricate order parameters of the A- and B-phase [14, 15] is to view these as non-Abelian (’spin-like’) superfluids. The intricacies of the topological defects in these phases is of course very well known, but matters get even more interesting when considering the effects on the superflow of macroscopic electrical fields, mediated by the very small but finite spin- orbit coupling. This subject has been barely studied: there is just one paper by Xxxxxx and Xxxxxxx [10] addressing these matters systematically.
