Hello ! Can you explain ,how to find the maximum and minimum diameter of inclusions and volumetric content of the nano-particles( i.e - spheres ) using image j? Thanks a lot
but I did not catch the point, if the mean length and mean width are calculated then how we calculate the particle size distribution of the nanorods or is he going to calculate pi r2 h for the inside area of the rod
It's just a ratio cus measuring unit in visio the measurement is set by the page size. So he corrected the measured lenth in visio by a factor (cross-multiplication).
Thank you very much. All appreciation to your work!
could i commutates with u plz
Hello ! Can you explain ,how to find the maximum and minimum diameter of inclusions and volumetric content of the nano-particles( i.e - spheres ) using image j? Thanks a lot
It's a good technique, nice
RUclips recommended this to me. Great video!
but I did not catch the point, if the mean length and mean width are calculated then how we calculate the particle size distribution of the nanorods or is he going to calculate pi r2 h for the inside area of the rod
i dinot get one thing please any body tell me about the unit length ? how it calculated in the video 36mm even though sample is in micrometr?
so what is the particle size of nanowire then? the length one or width one?
Great! Thanks a lot.
Which software is this?please share its name and download link if possible.thank u.
@Anjali Gupta kindly mention it's version or model name
which software you are using?
Thank you, useful vidio
Hi Dear
Is there any reference that has this equation to refer to?
Thanks
It's just a ratio cus measuring unit in visio the measurement is set by the page size. So he corrected the measured lenth in visio by a factor (cross-multiplication).
the name of software to open SEM image
Thankssssss, obrigado
Use imagej, then everything will be easier :)
ggoood