Is thin film interference in JEE Main syllabus?
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| Papers (10) | Insight |
|---|---|
01 Dec 2017 38 Citations | Manual observation on these could affect the teaching and learning process and causes the distraction from the main syllabus. |
1 Citations | The interference pattern is very sensitive to the thickness of the thin films. |
18 Citations | These distortions are mainly due to thin-film interferences in the stratified system. |
20 Citations | This implicates inherent thin film strain (e) and stress (σ ) components. |
15 Citations | It is found that quantum effects become important for a thin film of small thickness. |
| Moreover, AC interference can enhance the dissolution of passive film, resulting in a non-uniform destructive effect to the film. | |
15 Oct 2004 7 Citations | Thin-film interference analysis indicates that some of the observed transmittance results can be successfully modeled, but only if the contaminant film is assumed to have the complex index of refraction of SiO2 rather than DC-704 silicone oil. |
17 Citations | The data show that the normalized constriction resistance depends predominantly on the geometry of the thin film, but is relatively insensitive to the height and to the resistivity of the member with which the thin film is in contact. |
01 Sep 2006 15 Citations | This performance is better than many reported results for thin film technology |
32 Citations | SEM results indicate that the passive film is too thin to be observed by SEM. |
Related Questions
Is there any research that use helium, silane and nitrous oxide to fabricate thin film?5 answersYes, there is research that uses helium, silane, and nitrous oxide to fabricate thin films. Zhang et al. investigated the fabrication of silicon nitride thin films using silane and nitrogen gas in a plasma-enhanced chemical vapor deposition (PECVD) process. Strunin et al. proposed a model describing the process of silane dissociation in a high-frequency helium plasma discharge. Cruz et al. produced films by PECVD of tetramethylsilane (TMS)-helium-argon mixtures with either oxygen or nitrogen, and analyzed the concentrations of plasma species as a function of the ratio of the inorganic reactive gas to the monomer. Roszairi et al. prepared hydrogenated amorphous silicon thin films by PECVD of helium diluted silane, and analyzed the effects of different helium to silane flow-rate ratios on the film structure. Therefore, these studies demonstrate the use of helium, silane, and nitrogen in the fabrication of thin films.
Does audiovisual interference or distraction cause divided attention while taking a task?5 answersAudiovisual interference or distraction can cause divided attention during a task. There are two main mechanisms of auditory distraction: attention capture and interference-by-process. Attention capture occurs when sounds divert attention away from the task at hand, while interference-by-process happens when the processing of sounds conflicts with the processing needed for the task. Research suggests that attentional capture can be controlled through top-down task engagement, while interference-by-process cannot. Additionally, auditory distraction can affect both behavioral and electrophysiological responses, leading to changes in reaction times, errors, and ERP markers of distraction. Overall, audiovisual interference or distraction can impact divided attention during a task, with attention capture and interference-by-process playing a role in the distraction process.
What is the conceptual definition of Audiovisual Interference?1 answersAudiovisual interference refers to the phenomenon where the presence of audio and visual stimuli together affects the perception and experience of the individual. It can occur naturally or be deliberately created, such as in systems designed for personal sound zones. Interference can manifest in various ways, including the perception of beats and complicated patterns of interferences in a room when two audio sources with slightly different pitches are present. In the context of auditory memory, interference can impair performance in comparing complex tones, especially when distractors with novel frequencies are introduced. The impact of audiovisual asynchrony on perception and integration has also been studied, with findings suggesting that the detection of asynchrony is influenced by the quality of audio and video streams. Overall, audiovisual interference encompasses the effects of simultaneous audio and visual stimuli on perception, memory, and integration processes.
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