तरंगमय हिंदी उपयोग और उदाहरण

वह भी कभी तरंगमय दिखाई देता है और कभी कणिकामय।

आइजक न्यूटक तरंग सिद्धान्त के प्रतिपादन के बाद के कुछ वर्षो में कुछ बातें ऐसी भी मालूम हुई जो प्रकाश के तरंगमय स्वरूप के सर्वथा प्रतिकूल हैं।

"" श्रेडिंगर (Schrodinger, जन्म १८८७ ई.) ने बताया कि परमाणु और इलेक्ट्रॉन सभी तरंगमय हैं और उसने इनकी स्थितियों को तरंग समीकरणों द्वारा व्यक्त किया।

श्रेडिंगर (Schrodinger, जन्म १८८७ ई.) ने बताया कि परमाणु और इलेक्ट्रॉन सभी तरंगमय हैं और उसने इनकी स्थितियों को तरंग समीकरणों द्वारा व्यक्त किया।

कुछ घटनाओं से तो प्रकाश तरंगमय प्रतीत होता है और कुछ से कणिकामय।

तरंगमय इसके अंग्रेजी अर्थ का उदाहरण

com/video/65675071587_prisoners-of-war_M-4-tank_American-soldiers_prisoners-wave.

Amano's three-volume series, Nature Aquarium World, sparked a wave of interest in aquarium gardening, and he has been cited as having "set a new standard in aquarium management".

By providing intense lighting supplemented in the ultraviolet wavelengths, reef aquarists not only support the health of these invertebrates, but also elicit particularly bright colors emitted by the fluorescent microorganisms.

Arriving when mutants were being faced with extinction due to the Terrigenesis cloud, Bastion decided to re-dedicate himself to protecting mutants, assembling, and reprogramming a wave of standard sentinels.

Uniform synchrony, waves and spirals can readily be observed in two-dimensional Kuramoto networks with diffusive local coupling.

The stability of waves in these models can be determined analytically using the methods of Turing stability analysis.

Uniform synchrony tends to be stable when the local coupling is everywhere positive whereas waves arise when the long-range connections are negative (inhibitory surround coupling).

These are low-amplitude spatially-periodic deviations that emerge from the uniform state (or the wave state) via a Hopf bifurcation.

Natchez, Mississippi - Cathedral Greenwave.

For an electromagnetic wave passing through an aperture and hitting a screen, the Fresnel number F is defined as.

\lambda is the incident wavelength.

Conceptually, it is the number of half-period zones in the wavefront amplitude, counted from the center to the edge of the aperture, as seen from the observation point (the center of the imaging screen), where a half-period zone is defined so that the wavefront phase changes by \pi when moving from one half-period zone to the next.