What is X-ray Diffraction (XRD) used for? You can find more information at www.bruker.com... XRD will change. Find out more: www.bruker.com... #xrd #xraydiffraction #braggslaw
@@trevorreynafarje9395 I'll tell you what is the problem, and don't take it personal, because it used to happen to me. As a student we want the information as easy to understand as possible, make sense, but do you know why this happens? Because we are a bunch of lazy bastards that want the information as digested as possible, if you take your time without distractions, understand every single word you read, etc. You will understand what you read. This same example read from a book from the 60s is as good as this video, but the problem is that requires 100% more focus.
@@danicule8671 why are you even on this video then. Also that is stupid logic, instead of wasting precious resources and time to do it the hard way, people can use videos like this to grasp the fundamentals and apply it to areas that are less defined and require more research time and effort. Your promotion of “ doing it the hard way” for the sake of doing it the hard way is counter productive.
Thanks Bruker. I graduated with my Ph.D in chemical physics thanks to one of you diffractometers. It was applying molecular quantum mechanics on organic crystal structures and understanding the topology of the electron density based on molecular wavefunctions.
@@prammar1951 To study atoms and molecules, theoretically, requires quantum mechanics. If you're studying large quantum mechanical systems, in this case, molecules, you needed an expanded form of quantum mechanics derived from the Schrodinger equation. With molecular studies entailing the reactivity of molecules, the electron density (called the charge density) is paramount in predicting how molecules will behave in an environment. Thus, using x-ray diffraction is an ideal experimental tool to ascertain the experimental electron density of a molecule. Thus, we build theoretical models of complex molecules. Then we compare theoretical models with experimental x-ray diffraction. You compare your models and see how good the theory agrees with reality. Many times these models utilize very sophisticated equations, mainly due to the fact that you're dealing with complex partial differential equations that are difficult to extract information from. You can utilize more advanced mathematics like topology and differential geometry on manifolds to make many calculations more accessible. Topology is basically the mathematics of shapes. If you know the charge density is changing you extract a great deal of information on how electrons are behaving.
Nice intro. I was looking for something a bit more rigorous since I work with a PXRD every day and need to brush up on my theory so I was gonna leave when you started explaining what an atom is, but you kept it clear and concise and I'm glad I stayed for the whole thing!
Thanks. I just literally read half of a book trying to understand those patterns an this video explained it to me in 2 min... could have spent my time better than reading this book :D Thank you!
Jesus loves you ❤️ Please turn to him and repent and receive Salvation before it's too late. The end times described in the Bible are already happening in the world. Jesus was born into the world free of sin, then he died on the cross for our sins and God raised him from the dead on the third day. Jesus is waiting for you with open arms. He wants to be with you but time is running out. Repent now and turn to him while there is still time. His heart longs for you.
Thanks for the constructive explanation! Amazing phenomenoms and methods that allows humans to know what kind of chrystals the matter are made of. Do You allow me to use Your animation to make a video in spanish?
Dear Alex, you are welcome! For this request, please send in your contact details here, so someone can get in touch. www.bruker.com/en/meta/forms/baxs-form-pages/baxs-sales-contact-form.html
Dear Yoga, many thanks for your interest on the Bruker X-ray Diffraction video. Here are the answers to your questions. (1 0 3) and (3 0 1) are known as miller indices. They represent a set of atomic planes in the crystal under investigation. The Wikipedia article gives a very nice explanation: en.wikipedia.org/wiki/Miller_index Another resource for methods to measure specific miller indices is our series of good diffraction practice webinars: www.bruker.com/events/webinars/good-diffraction-practice-series.html Lastly, a very nice reference on the basics of powder diffraction is the new International Crystallography Tables, Vol H: www.wiley.com/en-us/International+Tables+for+Crystallography,+Volume+H,+Powder+Diffraction-p-9781118416280 Please let us know if you like more information. With best regards, Bruker
![FendiDa Rappa - Clock Dat ft. Shamar Marco [Official Music Video]](http://i.ytimg.com/vi/3NBU8KHdxYY/mqdefault.jpg)
The animation of this is incredible. Simple and perfectly paced, thanks
Intresting video presentation .
This is one of the simplest yet the greatest science videos ever posted on RUclips. Amazing!!!
Wow, thanks!
I agree! The knowledge in here is great and perfectly summarised.
What I couldn't learned from 2 hours studying, I learned in 4 min. Thanks a lot.
you need to improve your studying
@@danicule8671 I ran into into the same trouble. A lot of sources dont give great diagrams for how to visualize it
@@trevorreynafarje9395 I'll tell you what is the problem, and don't take it personal, because it used to happen to me. As a student we want the information as easy to understand as possible, make sense, but do you know why this happens? Because we are a bunch of lazy bastards that want the information as digested as possible, if you take your time without distractions, understand every single word you read, etc. You will understand what you read. This same example read from a book from the 60s is as good as this video, but the problem is that requires 100% more focus.
@@danicule8671 why are you even on this video then. Also that is stupid logic, instead of wasting precious resources and time to do it the hard way, people can use videos like this to grasp the fundamentals and apply it to areas that are less defined and require more research time and effort. Your promotion of “ doing it the hard way” for the sake of doing it the hard way is counter productive.
Yeah bro
Beautifully done!
Even though first year courses cover x-ray diffraction, I couldn't find anything on this level anywhere else.
10/10
X-Ray Diffraction (XRD), HRXRD, XRR, GIXRD!
ruclips.net/video/Uoykgoc0UeY/видео.html
Wow it literally took me like 2-3 weeks to understand this by myself but you explained it so simply here,nice video im going to leave a like
What a teacher. All things cleared. Thanks Much. Love from Pakistan........
Crisp and clear that goes straight to the head .....carry on making more videos bcz this is extremely easy to understand! , thankyou
Thanks Bruker. I graduated with my Ph.D in chemical physics thanks to one of you diffractometers. It was applying molecular quantum mechanics on organic crystal structures and understanding the topology of the electron density based on molecular wavefunctions.
You got me interested in this field of chemical physics 🙂. Can you please explain what is electron topology.
@@prammar1951 To study atoms and molecules, theoretically, requires quantum mechanics. If you're studying large quantum mechanical systems, in this case, molecules, you needed an expanded form of quantum mechanics derived from the Schrodinger equation.
With molecular studies entailing the reactivity of molecules, the electron density (called the charge density) is paramount in predicting how molecules will behave in an environment. Thus, using x-ray diffraction is an ideal experimental tool to ascertain the experimental electron density of a molecule.
Thus, we build theoretical models of complex molecules. Then we compare theoretical models with experimental x-ray diffraction. You compare your models and see how good the theory agrees with reality.
Many times these models utilize very sophisticated equations, mainly due to the fact that you're dealing with complex partial differential equations that are difficult to extract information from. You can utilize more advanced mathematics like topology and differential geometry on manifolds to make many calculations more accessible. Topology is basically the mathematics of shapes. If you know the charge density is changing you extract a great deal of information on how electrons are behaving.
@@ErwinSchrodinger64
May I know how to useful on applications like any products
Thanks for your amazing reply. Really appreciate it.
Wow,.. What an outstanding job.. Crystal clear clarity while explanation.. Helps alot.. Keep it up. Great video.
Before this video I honestly thought something like X-ray diffraction was otherworldly. Now I feel like even I could do it! Great video
please cover more topics in similar way. thank you so much.
The best scientific video that explains some high level physics so clearly, so accurately. THANK YOU SO MUCH!
Amazing video short, crisp and easy to understand. Thanks a lot!
This animation help me a lot to understand the concept
Thank you sir .It gives me clear about X-ray diffraction
I've been trying to understand this for around two hours now, this 4 mins video helped me understand everything.
Thank you very much!! :)
Great to hear!
clear and straight to thepoint
Nice illustrative animation. Thank you.
Awesome video, this what I need for my AP Physics 2 class when I teach x ray diffraction. Thanks!
Glad it was helpful!
Good explanation on XRD, thanks.
Simple and precise... Thanks 👍
You're welcome!
Thank you very much, this 4 minutes changed my understanding
Excellent video and clear explanation thank you
This is a very helpful video, thanks for sharing Bruker Corporation.
One of the best animations, thanks for the video.
Glad you enjoyed it!
Thanks alot
Excellent explanation 👌
So nice of you
Informative lecture thank you sir
Great explanation. Thankyou
Nice intro. I was looking for something a bit more rigorous since I work with a PXRD every day and need to brush up on my theory so I was gonna leave when you started explaining what an atom is, but you kept it clear and concise and I'm glad I stayed for the whole thing!
never watched such a precise n meaningful video before🤩
i have taken the method in engineering material last year and I have just understood it now
thank you so much .
Very informative lecture
This was super helpful. Thank you so much. Keep it up!
Excellent explanations.
Best lecture on XRD so far! Thanks, Bruker Corp. Can you please tell me what software did you use to make the animation? Thanks in advance.
Nicely explained🤗
This is incredible. Keep doing the good work.
Thank you! Will do!
This is really wonderful.
I appreciate your effort.
Very explicit very infomative tks tks tks
...and suddenly I landed at best animated-explanatory video on youtube.
Absolutely perfect you deserve more views likes subs and love!!!
Thanks a lot. That's great .
Omg i didnt know science videos could be so wholesome XD
Nice creation...and easily understandable
Thanks and welcome
Awesome video - nicely done!
Glad you liked it!
thanks for the help sir
Who all are here from Unacademy Plus
@Sarya Panwar Yes
@@ameya7233 yes
yyes
@devansh dubey XD
Thank you 🙏
Nice explaination
The presentation is very nice and simple
Thanks. I just literally read half of a book trying to understand those patterns an this video explained it to me in 2 min... could have spent my time better than reading this book :D Thank you!
The video is amazing and totally incredible
cool stuff
wanted about quantum mechanics bruker
the explaination was superb
Short and sweet
Well explained 👍🏻👍🏻👍🏻👍🏻
Thanks a lot ❤
Perfect video! short, simple, informative, and well summarized.
great video
thanks
Thank you sir
It is easy to understand it helped me to imagine how it's going on how everything takes place. thanks a lot
Glad it helped!
Thanks ✨
I like this video.... Thanks a lot sir ....
Simplicity itself
I can't believe that i learnt in 4 minutes
X-Ray Diffraction (XRD), HRXRD, XRR, GIXRD!
ruclips.net/video/Uoykgoc0UeY/видео.html
great ") easiest demonstration and Bragg's equation
Wow... Amazing!! Thankyou! 💜💜
Glad you liked it!
thanks bro my university recommended this video (university of leeds) for a pre-lab
You are most welcome!
the presentation was just amazing. Thank you very much !
Incredibly perfect video animation and concept explanation. Straight to the point amazing.
Thank you!
Super explanation !
NICE explanation
This is one of the best 4 minute and very detailed video I have ever seen on the internet 😊
Glad it was helpful!
Thank you so much 🌸
You’re welcome 😊
Very nice explaination thanku so much
Nice animation.
managed to understand this topic in such a short detailed video! thank you
Amazing, X-ray diffraction. Thanks
Jesus loves you ❤️ Please turn to him and repent and receive Salvation before it's too late. The end times described in the Bible are already happening in the world. Jesus was born into the world free of sin, then he died on the cross for our sins and God raised him from the dead on the third day. Jesus is waiting for you with open arms. He wants to be with you but time is running out. Repent now and turn to him while there is still time. His heart longs for you.
U guys give some of finest instruments in chemistry
Thanks for the compliment
wow great SIMPLE explanation in layman words.keep it up!!!
A 4 minute animation made me understood what 4 years of university couldn't. I don't know if this is good or sad....
Glad to be of help, nevertheless 😁
Excellent video on XRD. Thanks!
This was amazing
Very Informative video.
I like it.... one question
Why it is called diffraction ?
Thanks for the constructive explanation!
Amazing phenomenoms and methods that allows humans to know what kind of chrystals the matter are made of. Do You allow me to use Your animation to make a video in spanish?
Dear Alex, you are welcome!
For this request, please send in your contact details here, so someone can get in touch.
www.bruker.com/en/meta/forms/baxs-form-pages/baxs-sales-contact-form.html
Thank You Sir very creative!
that drawing of the son's face was like"really? i came up with this."
Intresting video presentation
Superb, Thankyou for this Video.
obviously such a fab work on animation with a perfect voice... claps on this.
thanks
This was super helpful. Thank you so much. Keep it up!
simply too good
Awesome... Thanks
大学の予習課題で見させていただきました！良い動画をありがとう！from JP!
Braggs equation 😝❤
Great video
Very clear and concise, thank you
Cam you explain crystal (1.0.1),(3.1.0), or another, what is mean? And how measure that?
Dear Yoga,
many thanks for your interest on the Bruker X-ray Diffraction video.
Here are the answers to your questions.
(1 0 3) and (3 0 1) are known as miller indices. They represent a set of atomic planes in the crystal under investigation. The Wikipedia article gives a very nice explanation: en.wikipedia.org/wiki/Miller_index
Another resource for methods to measure specific miller indices is our series of good diffraction practice webinars: www.bruker.com/events/webinars/good-diffraction-practice-series.html
Lastly, a very nice reference on the basics of powder diffraction is the new International Crystallography Tables, Vol H: www.wiley.com/en-us/International+Tables+for+Crystallography,+Volume+H,+Powder+Diffraction-p-9781118416280
Please let us know if you like more information.
With best regards, Bruker
This is the best video and explanation on this topic I’ve seen so far. Thank you for making this!!