calculate dielectric constant from absorption data

[@chandrakanthkn2117]

Wonder video after watching this I clearly got idea of dielectric constant for my academic project thank you.

[@nanotutes]

Welcome

[@asst.prof.rohitnikam729]

All uv visible spectra video are informative and concept based..thanks for being part of my knowledge

[@nanotutes]

Glad to hear that

[@zulfiqarshigri3708]

Outstanding work keep it up

[@febaanna]

Very useful...... Thank you

[@nanotutes]

Glad to hear that

[@riazali764]

3. Excellent, nicely explained dielectric constant and its calculation

[@nanotutes]

Sure i will try

[@researchchanel1931]

Very good work

[@shittubin7919]

Wow.... Your genius

[@nanotutes]

Glad to hear that

[@magorzatapaprzycka6307]

I have a question: why thikness is in cm and wavelenght in nm? Then and n seem to have different "Unit"

[@ahsankhan6084]

Good effort. Keep it up

[@nanotutes]

Thanks

[@Nsuaziz]

Is any reference sci paper to support your used formula

[@nanotutes]

Email address plz

[@chaithrar935]

Excellent work and very informative. Can we obtain di electric constant for a liquid sample

[@alizain8575]

Wow good effort bro

[@nanotutes]

Thanks for your comment

[@RiazAhmad-oj3ih]

2. unbelievable, you have calculated these values from Uv Visible spectroscopy

[@nanotutes]

Yes dear.

[@dadivenkatarao]

Is any reference sci paper to support your used formula s

[@nanotutes]

Sure, i will share.
Email ID plz

[@nanotutes]

Plz check your email

[@abdurrehman3348]

Excellent work

[@nanotutes]

Thanks for your comment

[@iqbalali6266]

Wow you are so talented

[@nanotutes]

Thanks for your comment

[@user-qb2qf5fw2d]

Thank you for sharing great video. Sir, I have a question... Could you give me some advice?
1. Is it valid in ir range?
2. Could you tell me which paper you referenced?

[@sangavisangu-q5b]

can you provide any article with respect to this calculation? for a reference..

[@minhazhusain8329]

Hello sir
I have FTIR data
Can I calculate dielectric constant?

[@nanotutes]

Follow the steps taken in this tutorial

[@sucharithachakram6148]

Is it possible to determine dielectric constant from UV data for powder sample... 🙁

[@nanotutes]

Yes, definitely.

[@gangaar5812]

​But for the powder sample, we use DRS mode, right,, then what will be the thickness we are taking here? And also for drop deposited samples, should we take the size of the nanoparticles as the thickness? Also for the liquid samples with nanoparticles in it, is the thickness ​taken ewual to the cuvette, but how can it give the whole thickness of the particles,, as it is in a solvent already? Please answer sir. This is to make sure how reliable this calculations are for the publications.. Could you quote a reference too?@@nanotutes

[@ujeshprabakaransellamuthur8849]

Excellent sir, clear and more informative. Can you give me reference for this calculation.

[@nanotutes]

Request via email
[e-mail]

[@faheemwani1996]

sir how to calculate dielectric strength, relaxation time and absorption coefficient from dielectric data

[@nanotutes]

Video is in pipeline.
I will publish it soon.

[@harshithad9316]

Good job well done sir. Is there any reference Sci paper regarding the calculations you've done from us-vis spectra. Could you please share for me sir

[@nanotutes]

Email id plz

[@rahelakanwal4848]

Great work bro👍

[@nanotutes]

Thanks for your comment

[@tanishabegam4163]

Nice explained

[@nanotutes]

Thanks for your comment

[@MT-pv8xg]

Do you have software match 3 full version?

[@nanotutes]

Link is given in the description of the video

[@busraosma5483]

Could you give me information about refractive index, where can you get this formula?Could you give me reference? Please answe my question, because this is important for my research :)

[@legendsspeech2548]

nice track

[@nanotutes]

Thanks

[@bgmiSHORTs606]

sir, can you provide the reference regarding this calculation and also how to calculate dielectric constant

[@nanotutes]

Email ID plz

[@dhananjaysahu9429]

@@nanotutes [e-mail], also pls try to explain why real part is negative whereas imaginary part is positive

[@azlanrai7921]

Superb

[@nanotutes]

Thanks

[@febaanna]

Kindly give us a reference regarding the calculation of dielectric constant from uv data.......

[@nanotutes]

Email ID plz

[@febaanna]

@@nanotutes [e-mail]

[@abdurrrehman2573]

Wow unbelievable

[@nanotutes]

Thanks for your comment

[@brijlaltripathi5045]

Nice performed

[@nanotutes]

Thanks for motivation

[@sanukumar4869]

Excellent

[@nanotutes]

Thanks

[@gperfect4617]

Wow

[@nanotutes]

Thanks for your comment

[@shahnewajsajeeb7864]

could you please send me your reference paper?

[@muhammadnisarqasim636]

please sir enhance the text view because it is unable to see.

[@nanotutes]

Ok, i will focus you point.

[@ABT7831]

could you give a source for the equations, please

[@Sanjay-wn4jo]

Awesome

[@nanotutes]

Thanks for your comment

[@HassanAli-mt4xu]

Nice

[@nanotutes]

Thanks

[@shahmeamsahi3140]

1. Well explained. Can you please explain Dilectric consyant.

[@nanotutes]

Sure why not?
How may i help you in this regard

[@djgolubabu7141]

Super

[@nanotutes]

Thanks

[@HamzaAli-gb2wh]

Wao

[@nanotutes]

Thanks

[@dadivenkatarao]

Refractive index formula is wrong ,.
Is any reference paper, paper should sci journal.

[@nanotutes]

I will share you reference publications.
Plz share your email address.

[@rafikrafik7796]

Can you please pass to me the dielectric Excel field

[@mathewlaw2690]

4. can you please send me Excel file of this tutorial.

[@nanotutes]

Sure dude i will try

[@abdurrehman4126]

Excellent work

[@nanotutes]

Thanks for your comment

[@afnanrai850]

Nice

[@nanotutes]

Thanks

[@farhanrai7160]

Wao

[@nanotutes]

Thanks

[@pakistaniertugrulghazii5727]

Nice

[@nanotutes]

Thanks

[@wikiyounis8944]

Nice

[@nanotutes]

Thanks

[@tanishabegam4163]

Nice

[@AbdurRehman-ry6te]

Nice

[@nanotutes]

Thanks