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IMOS | IMOSPEDIA
Ion Mobility Spectrometry Suite (IMoS) is a set of parallelized tools that can be used to infer the Collision Cross Section and Mobilitiesof all-atom models.
PEOPLE | IMOSPEDIA
P.I. Larriba’s field broad spectra could be englobed under a single concept: Nanoengineering and Nanomanufacturing. Among multiple fields, his main focus is steered towards electrosprays of ionic liquids under vacuum (used in clean electrical propulsion for satellites), dielectric electrosprays by means of charge injection atomization (for efficient production and control of fuel drop DOWNLOAD | IMOSPEDIA ParsIMoS. ParsIMoS is a free software (Apache open-source licensed) for high-throughput input conversion for theoretical CCS prediction calculations using IMoS. ParsIMoS allows for the rapid and efficient conversion of different MM, MD, and DFT calculation outputs into IMoS input files. ParsIMoS is especially thought out, with pre-encodedPUBLICATIONS
25. 2015 Anne Maißer, Jikku M. Thomas, Carlos Larriba-Andaluz, Siqin He and Christopher J. Hogan “ The Mass-Mobility Distributions of Ions Produced by a Po-210 Source in Air” Journal of Aerosol Science JAEROSCI-D-15-00089R1. 24. 2015 Hui Ouyang, Siqin He, Larriba C. and Christopher J. Hogan Jr. “IMS-MS and IMS-IMS Investigation of ION MOBILITY SPECTROMETRY clarriba@iupui.edu +1 (203) 503-8995 . Login; Register; Contact; MENU. Home; RESEARCH. PUBLICATIONS; PEOPLE; RESEARCH. IMoS 2.0 and Optimization of L-J parameters MURI PROJECT: WEEK 3 Moreover, based on the requirements of the experiment, we redesigned the injector and re-determined the dimensions of the parts of it. As a high precision of process is desired, we used Creo to develop 3-D models of the injector so that a high quality manufacture is possible.XI CHEN | IMOSPEDIA
Hello, I’m Xi Chen, a PhD student of Mechanical Engineering in Purdue University. I’m studying in Dr. Carlos’s group and my research area is to develop new instruments for Aerosol research. IMOSPEDIA | LARRIBA'S RESEARCH LAB IMoSPedia | Larriba's Research Lab. IMoS 2.0. Check the New IMoS 2.0 with high fields and preferred orientations. Optmization of L-J Potentials for CCS calculations in any gas. Can we optimize the L-J potentials in any gas? IMOSPEDIA | IMOSPEDIA clarriba@iupui.edu +1 (203) 503-8995 . Login; Register; Contact; MENU. Home; RESEARCH. PUBLICATIONS; PEOPLE; RESEARCH. IMoS 2.0 and Optimization of L-J parameters RESEARCH | IMOSPEDIA IMoS 2.0 and Optimization of L-J Parameters in any gas. We have developed a quick way of optimizing L-J potentials in any gas when sufficient data is available. At the same time, IMoS 2.0 will be able to take into account preferred orientations and non-linearity in electric fields. The future is here!!.IMOS | IMOSPEDIA
Ion Mobility Spectrometry Suite (IMoS) is a set of parallelized tools that can be used to infer the Collision Cross Section and Mobilitiesof all-atom models.
PEOPLE | IMOSPEDIA
P.I. Larriba’s field broad spectra could be englobed under a single concept: Nanoengineering and Nanomanufacturing. Among multiple fields, his main focus is steered towards electrosprays of ionic liquids under vacuum (used in clean electrical propulsion for satellites), dielectric electrosprays by means of charge injection atomization (for efficient production and control of fuel drop DOWNLOAD | IMOSPEDIA ParsIMoS. ParsIMoS is a free software (Apache open-source licensed) for high-throughput input conversion for theoretical CCS prediction calculations using IMoS. ParsIMoS allows for the rapid and efficient conversion of different MM, MD, and DFT calculation outputs into IMoS input files. ParsIMoS is especially thought out, with pre-encodedPUBLICATIONS
25. 2015 Anne Maißer, Jikku M. Thomas, Carlos Larriba-Andaluz, Siqin He and Christopher J. Hogan “ The Mass-Mobility Distributions of Ions Produced by a Po-210 Source in Air” Journal of Aerosol Science JAEROSCI-D-15-00089R1. 24. 2015 Hui Ouyang, Siqin He, Larriba C. and Christopher J. Hogan Jr. “IMS-MS and IMS-IMS Investigation of ION MOBILITY SPECTROMETRY clarriba@iupui.edu +1 (203) 503-8995 . Login; Register; Contact; MENU. Home; RESEARCH. PUBLICATIONS; PEOPLE; RESEARCH. IMoS 2.0 and Optimization of L-J parameters MURI PROJECT: WEEK 3 Moreover, based on the requirements of the experiment, we redesigned the injector and re-determined the dimensions of the parts of it. As a high precision of process is desired, we used Creo to develop 3-D models of the injector so that a high quality manufacture is possible.XI CHEN | IMOSPEDIA
Hello, I’m Xi Chen, a PhD student of Mechanical Engineering in Purdue University. I’m studying in Dr. Carlos’s group and my research area is to develop new instruments for Aerosol research. RESEARCH | IMOSPEDIA IMoS 2.0 and Optimization of L-J Parameters in any gas. We have developed a quick way of optimizing L-J potentials in any gas when sufficient data is available. At the same time, IMoS 2.0 will be able to take into account preferred orientations and non-linearity in electric fields. The future is here!!.LOGIN | IMOSPEDIA
clarriba@iupui.edu +1 (203) 503-8995 . Login; Register; Contact; MENU. Home; RESEARCH. PUBLICATIONS; PEOPLE; RESEARCH. IMoS 2.0 and Optimization of L-J parameters BLOG | IMOSPEDIA | LARRIBA'S RESEARCH LAB The results were expected as the first stage of the electrometer had a gain of -10 and both stages together had a gain of 100. Once the desired results were obtained, the electrometer was then connected to the BNC connectors. Bree is testing the electrometer and making sure that everything is properly working. It works!!CONTACT | IMOSPEDIA
Please fill the following form to get in touch. Your Name (required) Your Email (required) Subject. Home; RESEARCH; IMoS; IMoSPedia; Forum;Blog; Wiki
REGISTER | IMOSPEDIA clarriba@iupui.edu +1 (203) 503-8995 . Login; Register; Contact; MENU. Home; RESEARCH. PUBLICATIONS; PEOPLE; RESEARCH. IMoS 2.0 and Optimization of L-J parameters MURI PROJECT: ON THE WAY TO THE STARS MURI Project: On the way to the Stars. June 15, 2016 Comments (0) Uncategorized Like. This is the blog where we show our Progress towards building a Time of Flight (ToF) chamber to measure the properties of Ion Beams for Electrical Propulsion. MURI PROJECT: WEEK 3 Moreover, based on the requirements of the experiment, we redesigned the injector and re-determined the dimensions of the parts of it. As a high precision of process is desired, we used Creo to develop 3-D models of the injector so that a high quality manufacture is possible. JUNE | 2016 | IMOSPEDIA Moreover, based on the requirements of the experiment, we redesigned the injector and re-determined the dimensions of the parts of it. As a high precision of process is desired, we used Creo to develop 3-D models of the injector so that a high quality manufacture is possible.XI CHEN | IMOSPEDIA
Hello, I’m Xi Chen, a PhD student of Mechanical Engineering in Purdue University. I’m studying in Dr. Carlos’s group and my research area is to develop new instruments for Aerosol research. POWERPOINT PRESENTATIONWEB VIEW Nanoparticles of different Mobilities are stopped at their required Fields using SDS model.. Particles diameters shown range from 20 to 120 nm. PROBLEMS THAT ARISE: When nanoparticles are stopped, radial fields push nanoparticles to walls of the cylinder. IMOSPEDIA | LARRIBA'S RESEARCH LAB IMoSPedia | Larriba's Research Lab. IMoS 2.0. Check the New IMoS 2.0 with high fields and preferred orientations. Optmization of L-J Potentials for CCS calculations in any gas. Can we optimize the L-J potentials in any gas? IMOSPEDIA | IMOSPEDIA clarriba@iupui.edu +1 (203) 503-8995 . Login; Register; Contact; MENU. Home; RESEARCH. PUBLICATIONS; PEOPLE; RESEARCH. IMoS 2.0 and Optimization of L-J parameters RESEARCH | IMOSPEDIA IMoS 2.0 and Optimization of L-J Parameters in any gas. We have developed a quick way of optimizing L-J potentials in any gas when sufficient data is available. At the same time, IMoS 2.0 will be able to take into account preferred orientations and non-linearity in electric fields. The future is here!!.IMOS | IMOSPEDIA
Ion Mobility Spectrometry Suite (IMoS) is a set of parallelized tools that can be used to infer the Collision Cross Section and Mobilitiesof all-atom models.
PEOPLE | IMOSPEDIA
P.I. Larriba’s field broad spectra could be englobed under a single concept: Nanoengineering and Nanomanufacturing. Among multiple fields, his main focus is steered towards electrosprays of ionic liquids under vacuum (used in clean electrical propulsion for satellites), dielectric electrosprays by means of charge injection atomization (for efficient production and control of fuel drop DOWNLOAD | IMOSPEDIA ParsIMoS. ParsIMoS is a free software (Apache open-source licensed) for high-throughput input conversion for theoretical CCS prediction calculations using IMoS. ParsIMoS allows for the rapid and efficient conversion of different MM, MD, and DFT calculation outputs into IMoS input files. ParsIMoS is especially thought out, with pre-encodedPUBLICATIONS
25. 2015 Anne Maißer, Jikku M. Thomas, Carlos Larriba-Andaluz, Siqin He and Christopher J. Hogan “ The Mass-Mobility Distributions of Ions Produced by a Po-210 Source in Air” Journal of Aerosol Science JAEROSCI-D-15-00089R1. 24. 2015 Hui Ouyang, Siqin He, Larriba C. and Christopher J. Hogan Jr. “IMS-MS and IMS-IMS Investigation of ION MOBILITY SPECTROMETRY clarriba@iupui.edu +1 (203) 503-8995 . Login; Register; Contact; MENU. Home; RESEARCH. PUBLICATIONS; PEOPLE; RESEARCH. IMoS 2.0 and Optimization of L-J parameters MURI PROJECT: WEEK 3 Moreover, based on the requirements of the experiment, we redesigned the injector and re-determined the dimensions of the parts of it. As a high precision of process is desired, we used Creo to develop 3-D models of the injector so that a high quality manufacture is possible.XI CHEN | IMOSPEDIA
Hello, I’m Xi Chen, a PhD student of Mechanical Engineering in Purdue University. I’m studying in Dr. Carlos’s group and my research area is to develop new instruments for Aerosol research. IMOSPEDIA | LARRIBA'S RESEARCH LAB IMoSPedia | Larriba's Research Lab. IMoS 2.0. Check the New IMoS 2.0 with high fields and preferred orientations. Optmization of L-J Potentials for CCS calculations in any gas. Can we optimize the L-J potentials in any gas? IMOSPEDIA | IMOSPEDIA clarriba@iupui.edu +1 (203) 503-8995 . Login; Register; Contact; MENU. Home; RESEARCH. PUBLICATIONS; PEOPLE; RESEARCH. IMoS 2.0 and Optimization of L-J parameters RESEARCH | IMOSPEDIA IMoS 2.0 and Optimization of L-J Parameters in any gas. We have developed a quick way of optimizing L-J potentials in any gas when sufficient data is available. At the same time, IMoS 2.0 will be able to take into account preferred orientations and non-linearity in electric fields. The future is here!!.IMOS | IMOSPEDIA
Ion Mobility Spectrometry Suite (IMoS) is a set of parallelized tools that can be used to infer the Collision Cross Section and Mobilitiesof all-atom models.
PEOPLE | IMOSPEDIA
P.I. Larriba’s field broad spectra could be englobed under a single concept: Nanoengineering and Nanomanufacturing. Among multiple fields, his main focus is steered towards electrosprays of ionic liquids under vacuum (used in clean electrical propulsion for satellites), dielectric electrosprays by means of charge injection atomization (for efficient production and control of fuel drop DOWNLOAD | IMOSPEDIA ParsIMoS. ParsIMoS is a free software (Apache open-source licensed) for high-throughput input conversion for theoretical CCS prediction calculations using IMoS. ParsIMoS allows for the rapid and efficient conversion of different MM, MD, and DFT calculation outputs into IMoS input files. ParsIMoS is especially thought out, with pre-encodedPUBLICATIONS
25. 2015 Anne Maißer, Jikku M. Thomas, Carlos Larriba-Andaluz, Siqin He and Christopher J. Hogan “ The Mass-Mobility Distributions of Ions Produced by a Po-210 Source in Air” Journal of Aerosol Science JAEROSCI-D-15-00089R1. 24. 2015 Hui Ouyang, Siqin He, Larriba C. and Christopher J. Hogan Jr. “IMS-MS and IMS-IMS Investigation of ION MOBILITY SPECTROMETRY clarriba@iupui.edu +1 (203) 503-8995 . Login; Register; Contact; MENU. Home; RESEARCH. PUBLICATIONS; PEOPLE; RESEARCH. IMoS 2.0 and Optimization of L-J parameters MURI PROJECT: WEEK 3 Moreover, based on the requirements of the experiment, we redesigned the injector and re-determined the dimensions of the parts of it. As a high precision of process is desired, we used Creo to develop 3-D models of the injector so that a high quality manufacture is possible.XI CHEN | IMOSPEDIA
Hello, I’m Xi Chen, a PhD student of Mechanical Engineering in Purdue University. I’m studying in Dr. Carlos’s group and my research area is to develop new instruments for Aerosol research.LOGIN | IMOSPEDIA
clarriba@iupui.edu +1 (203) 503-8995 . Login; Register; Contact; MENU. Home; RESEARCH. PUBLICATIONS; PEOPLE; RESEARCH. IMoS 2.0 and Optimization of L-J parameters RESEARCH | IMOSPEDIA IMoS 2.0 and Optimization of L-J Parameters in any gas. We have developed a quick way of optimizing L-J potentials in any gas when sufficient data is available. At the same time, IMoS 2.0 will be able to take into account preferred orientations and non-linearity in electric fields. The future is here!!. BLOG | IMOSPEDIA | LARRIBA'S RESEARCH LAB The results were expected as the first stage of the electrometer had a gain of -10 and both stages together had a gain of 100. Once the desired results were obtained, the electrometer was then connected to the BNC connectors. Bree is testing the electrometer and making sure that everything is properly working. It works!! REGISTER | IMOSPEDIA clarriba@iupui.edu +1 (203) 503-8995 . Login; Register; Contact; MENU. Home; RESEARCH. PUBLICATIONS; PEOPLE; RESEARCH. IMoS 2.0 and Optimization of L-J parameters FORUM: COLLISION CROSS SECTION CALCULATIONS clarriba@iupui.edu +1 (203) 503-8995 . Login; Register; Contact; MENU. Home; RESEARCH. PUBLICATIONS; PEOPLE; RESEARCH. IMoS 2.0 and Optimization of L-J parameters MURI PROJECT: WEEK 3 Moreover, based on the requirements of the experiment, we redesigned the injector and re-determined the dimensions of the parts of it. As a high precision of process is desired, we used Creo to develop 3-D models of the injector so that a high quality manufacture is possible. MURI PROJECT: ON THE WAY TO THE STARS MURI Project: On the way to the Stars. June 15, 2016 Comments (0) Uncategorized Like. This is the blog where we show our Progress towards building a Time of Flight (ToF) chamber to measure the properties of Ion Beams for Electrical Propulsion. JUNE | 2016 | IMOSPEDIA Moreover, based on the requirements of the experiment, we redesigned the injector and re-determined the dimensions of the parts of it. As a high precision of process is desired, we used Creo to develop 3-D models of the injector so that a high quality manufacture is possible.XI CHEN | IMOSPEDIA
Hello, I’m Xi Chen, a PhD student of Mechanical Engineering in Purdue University. I’m studying in Dr. Carlos’s group and my research area is to develop new instruments for Aerosol research. POWERPOINT PRESENTATIONWEB VIEW Nanoparticles of different Mobilities are stopped at their required Fields using SDS model.. Particles diameters shown range from 20 to 120 nm. PROBLEMS THAT ARISE: When nanoparticles are stopped, radial fields push nanoparticles to walls of the cylinder. __ clarriba@iupui.edu __ +1 (203) 503-8995__
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IMOS 2.0
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OPTMIZATION OF L-J POTENTIALS FOR CCS CALCULATIONS IN ANY GAS Can we optimize the L-J potentials in any gas?*
MOLECULAR MECHANICS TRANSPORT CALCULATIONSMore Coming Soon!!
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MURI PROJECT: WEEK 4 Week 4 (June 20th-26th) Mechanical Electrical This week we built 2 power supply boxes that each contained an AC-DC...July 6, 2016
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MURI PROJECT: WEEK 3 Week 3 (June 13th-19th) Mechanical At the very beginning of week 3, we measured the dimensions of the chamber again to...June 23, 2016
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MURI PROJECT: ON THE WAY TO THE STARS This is the blog where we show our Progress towards building a Time of Flight (ToF) chamber to measure the properties...June 15, 2016
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