Exact(5)
In this paper, the design principle of fluoride-based devices for deep ultraviolet emission is presented.
Their quiescent emission is presented, and the context of the magnetar model is discussed.
A morphological study of coronal weak activity visible in 17 GHz microwave emission is presented from the Nobeyama Radioheliograph observations.
Simulations of the influence of operating conditions: air staging, load, temperature, fuel particle size, bed particle size and mass of bed material on the NO emission is presented and compared to results from the literature.
Minimization of the cost/emission is essential to get perfect operation of MG; therefore, multi-objective function including cost and emission is presented and detailed in the following section.
Similar(55)
Examples of the effect of plasma instabilities on the neutron emission are presented.
Both simulated and experimental results on the uniformities of current distribution and light emission are presented and discussed.
The characteristics of the L-band emission are presented at diurnal, seasonal and annual temporal scales, and the emissions are compared over bare soil and natural grass.
In particular, three most frequently used sensors, i.e., force, acceleration and acoustic emission, are presented and their characteristics and advantages are highlighted.
Experimental and theoretical results of study of "aftereffect" phenomena arising in the modified ionosphere after the action of powerful radio emission are presented.
The contributions of loops and two-photon emission are presented in analytical form.
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