A very informative video, however you are either using a horrible microphone or you are way too close to it, as your sharp vocals sounds (like s sounds) are way too pronounced. You were quite difficult to listen to because of that.
@@oxfordinstruments thank you for the information and new upload. I will watch that. I am glad that customer feedback is heard at Oxford Instruments. :-)
Hi Felipe, It can be installed on most SEMs, including a Quanta 450. It needs a port of suitable size and position, so on some instruments that will mean freeing up a port by moving other equipment. If you are interested then our Sales team is able to tell you which port we need on your instrument, in general, it is a side port so that the stage tilts towards the port (preferred). Get in touch with us if you would like to talk to one of our experts, who can help > nano.oxinst.com/contact-us
How much is the accuracy of EBSD technique plz? Is it possible to detect and study second phase particles of about 2 micron in size, disributed in a metalic matrix?
Hi Max, EBSD can be used to identify second phase particles. Regarding spatial resolution, the technique is limited by the performance of the SEM column and ultimately physics. 2 micron diameter particles should, however, be possible to resolve on most SEMs. We have several application notes showing examples of analysis of particles, such as nano.oxinst.com/campaigns/downloads/aztec-synergy-phase-identification-in-a-high-temperature-steel We hope this helps.
A very informative video, however you are either using a horrible microphone or you are way too close to it, as your sharp vocals sounds (like s sounds) are way too pronounced. You were quite difficult to listen to because of that.
Hi there, we have re-recorded this tutorial with better quality audio > ruclips.net/video/He5B_pMmm7s/видео.html
Very informative. Could you please improve the quality of audio somehow?
Hi there, we have re-recorded this tutorial, which now has better quality audio > ruclips.net/video/He5B_pMmm7s/видео.html
@@oxfordinstruments thank you for the information and new upload.
I will watch that.
I am glad that customer feedback is heard at Oxford Instruments. :-)
For anyone struggling to listen to the audio in this video, we have re-recorded it with better audio here > ruclips.net/video/He5B_pMmm7s/видео.html
Is this ebsd system designed for a SEM or TEM? Or both? Is it work for a Quanta 450?
At 1:34 it's written that "An SEM based"
Hi Felipe,
It can be installed on most SEMs, including a Quanta 450.
It needs a port of suitable size and position, so on some instruments that will mean freeing up a port by moving other equipment.
If you are interested then our Sales team is able to tell you which port we need on your instrument, in general, it is a side port so that the stage tilts towards the port (preferred). Get in touch with us if you would like to talk to one of our experts, who can help > nano.oxinst.com/contact-us
How much is the accuracy of EBSD technique plz? Is it possible to detect and study second phase particles of about 2 micron in size, disributed in a metalic matrix?
Hi Max, EBSD can be used to identify second phase particles. Regarding spatial resolution, the technique is limited by the performance of the SEM column and ultimately physics. 2 micron diameter particles should, however, be possible to resolve on most SEMs.
We have several application notes showing examples of analysis of particles, such as nano.oxinst.com/campaigns/downloads/aztec-synergy-phase-identification-in-a-high-temperature-steel
We hope this helps.
The sound of ne video is unclear.
Even though it’s informative , the struggle is real with audio
Hi there, we have since re-recorded this tutorial, with better quality audio > ruclips.net/video/He5B_pMmm7s/видео.html
sound quality very bad and therefore hard to understand for non-native english speaker
Hi there, we have re-recorded this tutorial, which now has better quality audio > ruclips.net/video/He5B_pMmm7s/видео.html
Subtitles would be better. Pls always use subtitles otherwise your all effort in vain.