Besides of compton effect on free electron, what are there processes of cooling the photons in a water solution (living) medium at 300K?

01 January 2017 0 3K Report

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More Vladimir V. Lugovoi's questions See All

What is static magnetic field in terms of the relativistic quantum physics? How the photons form the static magnetic field? How they are doing that?

In relativistic quantum physics, a theoretical concept of the photon is formulated as the quantum of the (electro)magnetic field. How is working that concept in the particular case of static...

04 May 2016 1,170 9 View

What is magnitude of average concentration of any positive (negative) ions in the healthy cell of human tissue?

In the ideal I need very to know this (experimental, preferly) magnitude and official source of this information. Thank you very much in advance

03 April 2016 2,954 2 View

What is the magnetic field, created by ion of Fe^{+2} (for electron of conductivity), if the ion magnetic moment equals 5.1 Bohr's magneton?

For example, to get answer, could we use classical formula (44.4) from the book Landau,Lifshitz "Theory of field" (see the attached photo) ?It's because, we suppose, the distance between the...

11 December 2015 599 15 View

To calculate nucleosynthesis and electron density on graphene,could help me find average distance between neighbor zeros of Hermite Polynoms n=10^{6)?In attached fig.4 (see http://dx.doi.org/10.4236/jmp.2015.67103 ) it is shown, the linear density of charged particles (which form the quantum structure in external magnetic field) grows with growing this field and with growing number of particles (which form the structure , from 2 to 15 particles). Technically, the number of particles equals the number of Hermite (physical) polynomial. The average distance between the neighbor zero-points of Hermite polynomial is connected with distance between particles of quantum structure (see eq.(35) in http://dx.doi.org/10.4236/jmp.2015.67103 ). It is shown that the quantum structure attracts the particles. Thus, the intriguing question is, what is the density of particles would be, if the number of particles equals n=10^{3} ; 10^{6} and more (at any fixed magnetic field). That would be interesting information for understanding the Nebula formation, Star formation, of (super?) high electron conductivity, the electron density on the graphene, etc .

In attached fig.4 (see http://dx.doi.org/10.4236/jmp.2015.67103 ) it is shown, the linear density of charged particles (which form the quantum structure in external magnetic field) grows with...

06 July 2015 6,856 2 View

Can strong magnetic field be of primary importance for nuclear fusion process?

It would be very interesting and important to get an answer within the quantum mechanics approach because nuclear fusion occurs anywhere (in Universe, in Tokamak, in an explosion of the little...

08 September 2014 5,650 33 View

How do electron orbitals (clouds,orbits) form molecular bonds, and thereby, mechanical properties of individual atoms and graphene as a whole?

Where can I find a quantitative and qualitative explanation of this? In the world is someone interested in that ? Why has a problem not been solved by the quantum mechanical approach? As a...

04 May 2014 9,121 3 View

Where can I find quantitative explanation of graphene elasticity and brittleness?

Can anyone explain the following experimental results: Graphene can be stretched elastically up to 20%; it has high brittleness (like glass), if deformation exceeds 20% [Science 324,...

04 May 2014 7,450 1 View

Could we formulate a pure quantum approach to find the real energy barrier for the beginning of the nuclear fusion just in a strong magnetic field?

I need to find papers where fusion is investigated within a quantum mechanics approach and exactly in a strong magnetic field, with quantitative results. Can magnetic field be of primary...

10 November 2013 929 1 View

How can I prepare virus for a TEM or SEM imaging?

I have virus (viral hemorrhagic septicemia virus) in suspension and the experiment will not involve cells. What level of TCID50 is preferred?

11 August 2024 3,115 1 View

Which Scopus Journal provides the most affordable fees?

"PUBLISHING IN A SCOPUS JOURNAL" Researchers are now at a cross road. The critical need to publish in a Scopus or ISI, etc journal is ever vital. Journal Publication fees must be submitted....

10 August 2024 8,621 1 View

GC-MS retention index prediticon?

Hello experts, Does anyone know any free software about retention index prediction ?

08 August 2024 7,403 2 View

1. If I can quantize the atom using this hyperbolic spiral and classical physics, could nature do the same?

If we map as a continuous motion an ionising electron (beginning its journey at n=1) in an H atom, a specific hyperbolic spiral appears (see animation). When we solve this spiral formula, we find...

07 August 2024 5,343 2 View

Is there anyone with experience in TEM analysis who can assist with a manuscript for an upcoming journal?

Hello dear colleagues, We have prepared a manuscript on NiTi-based alloys and are seeking a second opinion on our current TEM results. If you are a Ph.D. holder with experience in TEM and have...

07 August 2024 9,563 0 View

Could you please suggest methods to compare free protein and immobolized protein binding properties?

I have an antibody binding generic protein and I need to compare its activity in a free and immobolized form. I understand that there are a number of methods to determine Kd value of a free...

05 August 2024 5,311 0 View

Which distribution type should I use when calculating the average particle size from TEM image? and how to calculate the error ?

average particle size calculation from TEM

04 August 2024 2,921 1 View

Why reactivity isn't increased with more empty spots in valence shell?

If from a geometric perspective the non-halogens, non-noble gases have more empty spots in their valence shell, and the filling/exiting of any of the empty spots in the shell constitutes a...

03 August 2024 4,787 2 View

Why is the molecule's orientation with an electric field affect polarizability?

Why is the molecule's orientation with an electric field affect polarizability? Electrons are diffuse enough to be independent with respect to orientation and effect of electric field on...

03 August 2024 7,843 1 View

Why doesn't chromium 2+ ion use all its d-orbitals to receive lone pairs from six waters in [Cr(H20)6)]3+?

I'm guessing it's because the ligand experiences too much electron repulsion or proton repulsion from the chromium to insert them close to the 3d-orbitals which are close to the metal nucleus. Is...

03 August 2024 1,370 1 View