Even though I am still a bit embarrassed at asking you if you knew about “vanadium” I risk yet another such encounter with such outcome by offering you this material for your attention. It is from 2012, and you have been very busy since then, so maybe it slipped through the cracks. The paper addresses improving hydrogen storage behavior of LiAlH4 using dopants, specifically TiO2 and TiCl3-doped samples.
If you google this title of the paper exactly:
“Improved Dehydrogenation Properties of TiDoped LiAlH4”
you will find links to the paper for easy downloading. I was working on loading hydrogen onto 5 of my test fuel cells (this takes awhile) and I found the paper “interesting” and hope that it might be of use to you and others that are working with LENR.
Here is the conclusion of the 10 page paper:
“CONCLUSIONS
The results reported herein elucidate the influence of the different Ti dopants (Ti, TiO2, and TiCl3) on stability and the dehydrogenation properties (Tdec and EA). A distinguishing feature of our work is that, unlike previous studies whereby the influence of Ti-based additives on the dehydrogenation properties of LiAlH4 were studied individually or with other transition metal additives, here we have focused on the effects of various types and amounts of Ti precursors (Ti, TiO2, and TiCl3) under identical conditions to allow for meaningful comparison. The efficiency of the Ti precursors in improving the dehydrogenation properties decreases in the order: TiCl3 > TiO2 > Ti. Interestingly, the Al/Li ratio of samples doped with 10 mol % additives decreases in the same order, indicating that the efficiency of the Ti precursor is correlated with the amount of Li segregated to the surface or the number of Li vacancies created during ball milling. In terms of short-term stability, as received and milled LiAlH4 are quite stable; however, Li3AlH6 is formed after milling LiAlH4 with any of the Ti precursors, suggesting the occurrence of reaction R1b. The effect of the dopant on the stability of LiAlH4 increased in the following order: TiCl3 < TiO2 < Ti . Our work has revealed the relative benefits of TiO2 as a dopant for LiAlH4. TiO2-doped LiAlH4 has a higher stability than TiCl3-doped samples, and the activity of TiO2 in decreasing Tdec and EA of LiAlH4 is comparable to TiCl3. The XPS results reveal significant reduction of TiO2 and TiCl3, and the segregation of Li cations to the surface of LiAlH4 during ball milling. We propose that both phenomena, which were not observed in samples doped with Ti, appear to work in concert and are the underlying mechanisms for the improvement in the dehydrogenation properties observed in TiO2-doped and TiCl3-doped samples."
I wish you and your team success in the many directions of your efforts!
Dear Andrea,
the Danish University of Aarhus has announced a research project on LENR.
The article is publicated by the Danish magazine ‘Ingeniøren’ (the Engineer), at this link : https://ing.dk/artikel/aarhus-universitet-kobler-sig-pa-omstridt-projekt-kold-fusion-186662
In the article, you find repeated and special mentions to your work.
A new LENR institutional support is born in Denmark, thanks to your huge work.
Dear Andrea:
Somebody says that the invention of the Italian Guglielmo Marconi, that opened the gate to the radiotransmission, is in reality copied from the work of the Serb Nikolas Tesla. What is your opinion?
Elettra
Dr Rossi
Have you tried to combine the E-Cat X with a Stirling engine? The cumulative electric power could be interesting!
I’m fascinated by your wonderful work and the prospects it brings to humanity.
Watchful congratulations.
Norris Wiesneski:
Heat, in all its utilizations, even to produce electricity by means of the Carnot cycle, due to the very high temperature we can reach.
Warm Regards,
A.R.
Dear Andrea Rossi:
Do you know that the books “An Impossible Invention” of Mats Lewan and “E-Cat il Nuovo Fuoco” are among the most sold by Amazon of their cathegory ?
Cheers,
Regina
Claudio Ferrara:
The thrust issue is far to be resolved technologically. Anyway it is not generated by the light.
Thank you for your sustain.
Warm Regards,
A.R.
Sorry if you already answered, but do you think hydrino theory is consistent, and can it explain the Rossi effect since the domestic E-cat uses Hydrogen?
Dear Dr Rossi:
Going back to some posts ago, you mentioned the fact that the QuarkX is also producing some kind of thrust, Is it possible that it is generated by the blue light emitted by the QuarkX?
Your follower and future customer
Claudio Ferrara
Mr Rossi:
The puppets continue to say that the production of 1 MW was impossible in the restricted area of JM factory, but this is ridiculous, the area is more than sufficient for the production and the use of such energy. They know this, but continue to say the contrary: why?
Cheers,
James
Martin Clevette:
In this period my focus is on the development of the QuarkX and the litigation. Honestly, I have not time for other.
Warm Regards,
A.R.
Tom Conover
Thank you for your insight.
Warm Regards,
A.R.
Dear Andrea,
Even though I am still a bit embarrassed at asking you if you knew about “vanadium” I risk yet another such encounter with such outcome by offering you this material for your attention. It is from 2012, and you have been very busy since then, so maybe it slipped through the cracks. The paper addresses improving hydrogen storage behavior of LiAlH4 using dopants, specifically TiO2 and TiCl3-doped samples.
If you google this title of the paper exactly:
“Improved Dehydrogenation Properties of TiDoped LiAlH4”
you will find links to the paper for easy downloading. I was working on loading hydrogen onto 5 of my test fuel cells (this takes awhile) and I found the paper “interesting” and hope that it might be of use to you and others that are working with LENR.
Here is the conclusion of the 10 page paper:
“CONCLUSIONS
The results reported herein elucidate the influence of the different Ti dopants (Ti, TiO2, and TiCl3) on stability and the dehydrogenation properties (Tdec and EA). A distinguishing feature of our work is that, unlike previous studies whereby the influence of Ti-based additives on the dehydrogenation properties of LiAlH4 were studied individually or with other transition metal additives, here we have focused on the effects of various types and amounts of Ti precursors (Ti, TiO2, and TiCl3) under identical conditions to allow for meaningful comparison. The efficiency of the Ti precursors in improving the dehydrogenation properties decreases in the order: TiCl3 > TiO2 > Ti. Interestingly, the Al/Li ratio of samples doped with 10 mol % additives decreases in the same order, indicating that the efficiency of the Ti precursor is correlated with the amount of Li segregated to the surface or the number of Li vacancies created during ball milling. In terms of short-term stability, as received and milled LiAlH4 are quite stable; however, Li3AlH6 is formed after milling LiAlH4 with any of the Ti precursors, suggesting the occurrence of reaction R1b. The effect of the dopant on the stability of LiAlH4 increased in the following order: TiCl3 < TiO2 < Ti . Our work has revealed the relative benefits of TiO2 as a dopant for LiAlH4. TiO2-doped LiAlH4 has a higher stability than TiCl3-doped samples, and the activity of TiO2 in decreasing Tdec and EA of LiAlH4 is comparable to TiCl3. The XPS results reveal significant reduction of TiO2 and TiCl3, and the segregation of Li cations to the surface of LiAlH4 during ball milling. We propose that both phenomena, which were not observed in samples doped with Ti, appear to work in concert and are the underlying mechanisms for the improvement in the dehydrogenation properties observed in TiO2-doped and TiCl3-doped samples."
I wish you and your team success in the many directions of your efforts!
Warm Regards,
Tom
Mr Andrea Rossi:
What is the situation of the industrialization of the 1 MW E-Cats?
Buon lavoro
Pietro F.
Renato Estri:
Thank you for the interesting information. This is a nice recognition of our hard work from a prestigious University.
Warm Regards,
A.R.
Dear Andrea,
the Danish University of Aarhus has announced a research project on LENR.
The article is publicated by the Danish magazine ‘Ingeniøren’ (the Engineer), at this link :
https://ing.dk/artikel/aarhus-universitet-kobler-sig-pa-omstridt-projekt-kold-fusion-186662
In the article, you find repeated and special mentions to your work.
A new LENR institutional support is born in Denmark, thanks to your huge work.
Peter Gluck:
Thank you for your link,
Warm Regards,
Andrea Rossi
Dear Andrea,
A September Sunday edition of my blog- here:
http://egooutpeters.blogspot.ro/2016/09/sep-18-2016-lenr-from-incompatibility.html
Let’s a great good brand new week to come for yiou and Readers,
peter
Ceshi:
White- White/blue.
Warm Regards,
A.R.
JYD:
Not yet, but we’ll do as soon as we find a competitive application.
Thank you for your sustain.
Warm Regards,
A.R.
Dear Readers:
Please go to
http://www.rossilivecat.com
to find comments published today in other posts of this blog.
Warm Regards,
A.R.
Elettra:
It is true that Marconi has utilized the publications of Tesla for his experiments.
Warm Regards,
A.R.
Val Gales:
Both have declared will sustain innovation in the energy field.
Warm Regards,
A.R.
Abraham:
I didn’t know, but I cannot comment until I read a published report.
Warm Regards,
A.R.
Richard:
Yes and Yes.
Warm Regards,
A.R.
Dr Andrea Rossi:
Today, Sunday, are you operating the QuarkX?
If yes, is it in good standing?
Have a nice Sunday,
Richard
Dear Dr Andrea Rossi:
Do you know that your effect has been replicated also in Japan?
Good news!
Cheers,
Abraham
Mr Andrea Rossi,
Which of the two contenders of the US Presidency will be more supportive for the LENR ?
Val
Dear Andrea:
Somebody says that the invention of the Italian Guglielmo Marconi, that opened the gate to the radiotransmission, is in reality copied from the work of the Serb Nikolas Tesla. What is your opinion?
Elettra
Dr Rossi
Have you tried to combine the E-Cat X with a Stirling engine? The cumulative electric power could be interesting!
I’m fascinated by your wonderful work and the prospects it brings to humanity.
Watchful congratulations.
Dr Andrea Rossi,
Which is the original color of the light emitted by the Quarkx ?
Tony:
No comment.
Warm Regards,
A.R.
Norris Wiesneski:
Heat, in all its utilizations, even to produce electricity by means of the Carnot cycle, due to the very high temperature we can reach.
Warm Regards,
A.R.
Regina:
I am glad to read this.
Congratulations to the Authors.
Warm Regards,
A.R.
Dear Andrea Rossi:
Do you know that the books “An Impossible Invention” of Mats Lewan and “E-Cat il Nuovo Fuoco” are among the most sold by Amazon of their cathegory ?
Cheers,
Regina
Dr Andrea Rossi:
Which of the three outputs of the QuarkX you think will be the more exploited ?
Thanks,
Norris
Mr Rossi:
I agree with your answer to James.
Cheers,
Tony
Peter Gluck:
Thank you for your link.
Warm Regards
A.R.
Dear Andrea,
At my blog today this posting was published a few minutes ago:
http://egooutpeters.blogspot.ro/2016/09/sep-17-2016-lenr-unity-1st-stage-live.html
It not only seems peaceful,
it is so
perfect weekend to you and Readers!
peter
James:
They know nothing of the issue they are talking about.
Warm Regards,
A.R.
Claudio Ferrara:
The thrust issue is far to be resolved technologically. Anyway it is not generated by the light.
Thank you for your sustain.
Warm Regards,
A.R.
Anshel:
I do not answer in positive or in negative to this genre of questions.
Warm Regards,
A.R.
Michel:
Hydrinos do not exist.
Warm Regards,
A.R.
Dear Dr Rossi,
Sorry if you already answered, but do you think hydrino theory is consistent, and can it explain the Rossi effect since the domestic E-cat uses Hydrogen?
Regards,
Michel
Dr Rossi,
I heard from reliable source that you are recently in communication with
certain US Government officials.
* can you verify this, please?
Best,
Anshel
Dear Dr Rossi:
Going back to some posts ago, you mentioned the fact that the QuarkX is also producing some kind of thrust, Is it possible that it is generated by the blue light emitted by the QuarkX?
Your follower and future customer
Claudio Ferrara
Mr Rossi:
The puppets continue to say that the production of 1 MW was impossible in the restricted area of JM factory, but this is ridiculous, the area is more than sufficient for the production and the use of such energy. They know this, but continue to say the contrary: why?
Cheers,
James
Renato Dantonio:
Two Parties.
Warm Regards,
A.R.
Mats:
Yes.
Warm Regards,
A.R.
Jamar Thomsen:
Yes, also in this very moment.
Warm Regards,
A.R.
Jan:
Of course !
Warm Regards,
A.R.
Martin Clevette:
In this period my focus is on the development of the QuarkX and the litigation. Honestly, I have not time for other.
Warm Regards,
A.R.
Isaev Irka:
I am nor ready to make a scheduling for the domestic, because they do not depend only on us.
Warm Regards,
A.R.
Cynthia:
No comment.
Warm Regards,
A.R.
Kara:
The meaning of the last papers is simple: when Rossi said that the countercomplaints were tragicomic he was not totally wrong.
Cheers,
Cynthia
Dear Mr Rossi:
At which point is the 10 kW domestic E-Cat? When is the production scheduled to begin: 2016? 2017? Or?
Thanks,
Isaev Irka, Engineer
Dr Rossi,
You probably have noticed that the attention on the LENR is decreased in these last months. Does this worry you?
Cheers,
Martin
Dear Andrea Rossi,
When the E-Cat will be massively produced will it be distributed also in Germany?
Dr Andrea Rossi,
Is the Quarkx continuing to be in good standing?
Thanks,
Jamar
Dr Andrea Rossi:
Are you working on the Quarkx also during this weekend?
Cheers,
Mats
Mr Andrea Rossi,
What does take for you and IH find a way to make a settlement?
Cari saluti,
Renato