- Msepostdoc-list - ecn.purdue.edu

MSE 690 Tevis Jacobs Nov 15, 3:30 PM, ARMS 1010
by Ku Blanco, Aury Y 12 Nov '19

12 Nov '19

Forwarding on behalf of Prof. Chelsea Davis, please plan to attend: [cid:image002.png@01D59942.4FBE4AE0] Thank you, Aury Ku Administrative Assistant Purdue University School of Materials Engineering Neil Armstrong Hall of Engineering 765/494-4100 akublanc(a)purdue.edu<mailto:staceyl@purdue.edu> [https://www.purdue.edu/brand/images/Purdue_University-150_Years_of_Giant_Le…]

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Seminar Notice for Xingyao Gao's Ph.D. Final Exam. Monday, November, 18, at 9:00 a.m., in ARMS 3115. "Tunable Multifunctionalities Achieved in Oxide-based Nanocomposite Thin Films"
by Son, Rosemary E 11 Nov '19

11 Nov '19

Please consider attending the following: MATERIALS ENGINEERING SEMINAR "Tunable Multifunctionalities Achieved in Oxide-based Nanocomposite Thin Films" By Xingyao Gao Purdue MSE Ph.D. Final Exam Advisor: Professor Haiyan Wang ABSTRACT Functional oxides indicate the oxides with functionalities, which are recognized as the potential next-generation electronic materials due to their wide variety of crystal structures and properties. Over the past decades, driven by the development of fabrication and device manufacture techniques, more functional oxides with varies applications have been discovered: The biocompatible oxide Al2O3 have been extensively studied in biomedical applications. The ferroelectric oxides with high dielectric permittivities, such as BaTiO3 (BTO), LiNbO3 and Pb(Zr, Ti)O3 (PZT) have been widely used in capacitors, sensors and thermistors. The transparent conducting oxide ZnO and TiO2 have been studied in solar cells. The single-phase multiferroic BiMnO3 and BiFeO3 can be used in data storage devices. The superconducting YBa2Cu3O7 (YBCO) and FeSe have been utilized in high temperature superconductors. The lithium-based oxides LiMn2O4 and LiCoO2 have been extensively studied as the cathode for lithium ion batteries. In this work, we systematically investigated the tunable multifunctionalities in oxide-based nanocomposite thin films. Four first-time reported nanocomposite systems have been demonstrated with vertically aligned nanocomposite or multilayered structures. By controlling the deposition frequency, film composition and the element in the system, tunable ferromagnetic, ferroelectric, multiferroic, magnetotransport and optical properties have been achieved. The multifunctionality study on these oxide nanocomposite thin films has shown great potential in real life applications including nanoscale memory devices, sensors, spintronics, data storage devices etc. Date: Monday, November 18, 2019 Time: 9:00 A.M. Place: ARMS 3115

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BD's Technology Leadership Development Program
by Ku Blanco, Aury Y 07 Nov '19

07 Nov '19

Forwarding on behalf of Kevin Olson at BD: Hi Aury, My name is Kevin Olson, and I'm a senior engineer in the Technology Leadership Development Program at BD (a large medical technology company). The TLDP is an R&D rotational program designed to develop high-potential candidates who have a thesis-based MS or PhD into future technical leaders in the organization. It really is a great program that I hope your students are aware of. Would you consider distributing the attached flyer to the graduate students and postdocs in your department and encouraging them to apply at this link<https://jobs.bd.com/job/franklin-lakes/technology-leadership-development-pr…> if they're interested? The fall application deadline is Wednesday, November 13th, and the spring deadline will be near the end of March. We generally encourage candidates to apply 6 months - 1 year before graduation for optimal timing. I would appreciate it! Kind regards, Kevin [cid:image001.jpg@01D5941A.FB99AA30] Kevin Olson, PhD Senior Engineer, TLDP BD Medical-Diabetes Care Parenteral Sciences bd.com<http://www.bd.com/> ******************************************************************* IMPORTANT MESSAGE FOR RECIPIENTS IN THE U.S.A.: This message may constitute an advertisement of a BD group's products or services or a solicitation of interest in them. If this is such a message and you would like to opt out of receiving future advertisements or solicitations from this BD group, please forward this e-mail to optoutbygroup(a)bd.com<mailto:optoutbygroup@bd.com>. [BD.v1.0] ******************************************************************* This message (which includes any attachments) is intended only for the designated recipient(s). It may contain confidential or proprietary information and may be subject to the attorney-client privilege or other confidentiality protections. If you are not a designated recipient, you may not review, use, copy or distribute this message. If you received this in error, please notify the sender by reply e-mail and delete this message. Thank you. ******************************************************************* Corporate Headquarters Mailing Address: BD (Becton, Dickinson and Company) 1 Becton Drive Franklin Lakes, NJ 07417 U.S.A.

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Lab Access Status
by MSE Safety 06 Nov '19

06 Nov '19

Hello MSE Researchers, Lab access to all Armstrong lab spaces as well as Effron Student Lounge and the computer lab have been restored with exception to lab access request forms received in the past week or so. If you submitted a form prior to last week and you are still unable to swipe into that lab space, please let me know. Regards, Jenni Fifer Safety & Mechanical Testing Lab Technician Materials Science & Engineering Purdue University Phone: 765-494-9718 Email: fiferj(a)purdue.edu<mailto:fiferj@purdue.edu>

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Seminar Reminder for Juncheng Liu's Prelim Exam. Seminar, Thursday, November 7, at 8:30 a.m., in ARMS B071. " Van der Waals Epitaxy Growth of Oxides on Muscovite Mica"
by Son, Rosemary E 06 Nov '19

06 Nov '19

Please consider attending the following: MATERIALS ENGINEERING SEMINAR "Van der Waals Epitaxy Growth of Oxides on Muscovite Mica" By Juncheng Liu Purdue MSE Preliminary Exam Advisor: Professor Haiyan Wang ABSTRACT Van der Waals epitaxy (vdWE) growth has piqued a lot of interest as it can allow systems withlarge lattice mismatch to grow epitaxially due to weak van der Waals interaction at the interface of overlayer and substrate. Muscovite mica has a quasi-2D structure without dangling bonds at the surface which can be a good platform for vdWE. Oxide thin films and different nanostructures have been successfully fabricated on muscovite mica. This review uses some examples to discuss the unique features and growth mechanisms of vdWE of oxides on muscovite mica, together with the remaining challenges of this research field. Key words: Van der Waals, Mica, Oxides, Growth mechanisms Date: Thursday, November 7, 2019 Time: 8:30 A.M. Place: ARMS B071

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FW: EEE external grad seminar speaker, November 12, 2019, 10:30 AM, Fu Room
by Son, Rosemary E 06 Nov '19

06 Nov '19

[cid:image004.jpg@01D593F5.9229C820] [cid:image003.png@01D593F5.7A354640]

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Seminar Reminder for Jesse Grant's Preliminary Exam. Seminar, Nov. 6, at 1:00, in HAMP 2118. Review, at 2:00, in HAMP 2118, Exam at 2:30, in HAMP 2118
by Son, Rosemary E 05 Nov '19

05 Nov '19

Please consider attending the following: MATERIALS ENGINEERING SEMINAR "On the Continuous Production of Electric-Field Structured Piezoelectric Composite Films as Ultrasonic Transducers" By Jesse C. Grant Purdue MSE Preliminary Exam Advisor: Professor Mukerrem Cakmak ABSTRACT Piezoelectric materials enjoy a broad set of applications as transducers by converting mechanical energy to electrical energy. While piezoceramics are inherently brittle and opaque, thermosetting polymers can be mechanically tough, flexible, and transparent. Properties of both can be preserved in an anisotropic composite, where piezoelectric particles are aligned into chain-like structures running through the thickness of the material, termed a quasi-1-3 composite. This is achieved through electric-field structuring, a facile process that decreases the amount of filler material required via anisotropy, is scalable, and is compatible with continuous production. Improving the performance of composite material relies on tuning processing conditions due to the structure-property relationship and material properties of the constituents. In taking a wholistic approach to fabricating ultrasonic transducers in a roll-to-roll manner, benefits are promised for applications such as medical imaging, structural health monitoring, and hydrophones. Keywords: piezoelectricity, anisotropy, quasi-1-3 composite, electric-field structuring, ultrasonic transducer Date: Wednesday, November 6, 2019 Time: 1:00 P. M. Place: HAMP 2118

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Seminar Notice for Alejandro Figueroa's Preliminary Exam, Friday Nov. 15, at 8:00 a.m., in ARMS 1021 "Irradiation Induced Grain Refinement in Low Temperature U-Mo Metallic Fuels"
by Son, Rosemary E 04 Nov '19

04 Nov '19

Please consider attending the following: MATERIALS ENGINEERING SEMINAR "Irradiation Induced Grain Refinement in Low Temperature U-Mo Metallic Fuels" By Alejandro L. Figueroa Purdue MSE Preliminary Exam Advisor: Professor Maria A. Okuniewski ABSTRACT Uranium molybdenum based fuels are currently being qualified as a replacement for high enrichment fuels, in high performance research and test reactors, as a global threat reduction effort. Irradiation induced grain refinement is currently being investigated in low operating temperature (<0.4Tm) nuclear fuels due to its association to an increase in swelling rates. Uranium molybdenum alloys are of interest due to their accumulation of fission gasses into an ordered nano-bubble superlattice. The superlattice has been observed to suppress the formation of the defect structures typically associated with irradiation induced grain refinement. This behavior limits the ability to correlate the observed mechanisms with historical data. Understanding the underlying mechanisms of irradiation induced grain refinement will aid in fuel performance by tailoring fuel design to suppress the transformation, and accounting for the formation in operating codes. This review discusses the current efforts in characterizing the transformation mechanism, its effect on the microstructure, and modelling of the phenomenon. Date: Friday, November 15, 2019 Time: 8:00 A.M. Place: ARMS 1021

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FW: Three CCO workshops in November
by Son, Rosemary E 04 Nov '19

04 Nov '19

Hello, all The first two workshops are online (so, hopefully distance learners can also attend). The third workshop will be a presentation and Q&A by Bev and Dr. Ray Mentzer (both retired senior execs. from Exxon Mobil) on the challenges faced by advanced degree holders (PhDs, mostly) when they first enter industry positions. Bev and Ray provide guidelines and strategies to maximize your chances of success in industry. Though all are welcome to attend, this event will be most applicable to engineers and chemical scientists. Monday, Nov. 4: Resumes Time: 12:00 p.m. Location: online (Webex) Register here: https://tinyurl.com/y3ktcug7 Monday, Nov. 11: Cover letters Time: 12:00 p.m. Location: online (Webex) Register here: https://tinyurl.com/yxhpotuo Monday, Nov. 11: Transitioning to Industry Time: 5:00 p.m. Location: WALC 3090 RSVP not required; room seats 60. Thanks for your help in advertising these workshops! Amruta Amruta Inamdar, Ph.D. Career Services Consultant - Graduate Students Purdue University Center for Career Opportunities; YONG 245 LinkedIn<https://www.linkedin.com/in/amruta-inamdar/>, Twitter<https://twitter.com/GradProfCareers> & Facebook<https://www.facebook.com/PurdueGradCareers/> She/her/hers [PU150CO_YRS_H_BG_RGB]<https://takegiantleaps.com/>

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Seminar Notice for Juncheng Liu's Prelim Exam. Seminar, Thursday, November 7, at 8:30 a.m., in ARMS B071. " Van der Waals Epitaxy Growth of Oxides on Muscovite Mica"
by Son, Rosemary E 01 Nov '19

01 Nov '19

Please consider attending the following: MATERIALS ENGINEERING SEMINAR "Van der Waals Epitaxy Growth of Oxides on Muscovite Mica" By Juncheng Liu Purdue MSE Preliminary Exam Advisor: Professor Haiyan Wang ABSTRACT Van der Waals epitaxy (vdWE) growth has piqued a lot of interest as it can allow systems withlarge lattice mismatch to grow epitaxially due to weak van der Waals interaction at the interface of overlayer and substrate. Muscovite mica has a quasi-2D structure without dangling bonds at the surface which can be a good platform for vdWE. Oxide thin films and different nanostructures have been successfully fabricated on muscovite mica. This review uses some examples to discuss the unique features and growth mechanisms of vdWE of oxides on muscovite mica, together with the remaining challenges of this research field. Key words: Van der Waals, Mica, Oxides, Growth mechanisms Date: Thursday, November 7, 2019 Time: 8:30 A.M. Place: ARMS B071

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