Dr. 盖尔·布劳斯汀
Classes | Education | 研究兴趣 | 会员资格 | Majors的Service | Publications
Classes
CHEM-1200/1201 General 化学 I Lecture/Laboratory
CHEM-1210/1211 General 化学 II Lecture/Laboratory
CHEM-3150 Computational 化学
CHEM-3800/3801 Physical 化学 I Lecture/Laboratory
CHEM-4200/4201 Physical 化学 II Lecture/Laboratory
Education
博士学位 (2010)
化学
杜兰大学
Dissertation: “Charge and Energy Transport in One-Dimensional Nanomaterials”
理学士(1999)
Materials and Metallurgical Engineering
数学小
南达科他州矿业学院
研究兴趣
纳米粒子相互作用
Engineered nanomaterials have useful properties due to their small size (1 to 100 nanometers) and relatively high surface area. 然而, there is significant concern that the increasing ubiquity of nanomaterials in everyday life presents potential risk to human health and the environment. Currently, very little information exists regarding the release, fate, and toxicity of nanomaterials. 此外, some of the important chemical and physical properties governing their interactions are not very well understood.
I am interested in developing and testing an interactive model for lyophobic colloids to better characterize nano-sized particle behavior. The development of this model will help elucidate homogeneous and heterogeneous nano-sized particle interactions within an environmental context and potentially aid in predicting the toxicological impact of nanomaterials in a soil matrix.
Theoretical study of diphenylaminopyridinophane
Diphenylaminopyridinophane (DP) is a heterocyclophane that constrains a diphenylamine (DPA) fluorophore and a pyridine quencher to an alignment favoring internal hydrogen bond formation resulting in self-quenching. Interruption of the internal hydrogen bond restores fluorescence to the DPA subunit, and the presence of background fluorescence in DP emission spectra supports the existence of DP in non-hydrogen bonded conformers. A computational investigation of DP conformer distributions in gas and condensed phases and the prediction of spectral properties of DP conformers in the absence and presence of enhancers can provide critical insight regarding the interpretation of experimental data and may form the basis for a new model that describes how conformational perturbations affect the photophysical properties of DP and analogous heterocyclophanes.
会员资格
- 美国化学学会
- Iota Sigma Pi, National Honor Society of Women in 化学
- 科学学会 & 公众
- Sigma Xi, Scientific Research Society, Full Member
- Omicron Delta Kappa, National Leadership Honor Society
- Tau Beta Pi, National Engineering Honor Society
Majors的Service
- Alternate Councilor, ACS Division of Colloid and Surface 化学, 2014
- Selection Panelist for the National Science Foundation Graduate Research Fellowship, 2012, 2013年和2014年
- Campus Champion to promote student use of West Virginia High Performance Computational 资源, 2012-2013
- Grand Awards Judge for the Intel International Science and Engineering Fair, 2012
- Elected to the National Council of Iota Sigma Pi as the Members-at-Large Coordinator, 2011
- 意见书审阅人, Proceedings of the Beltwide Cotton Conferences, 2010
- 意见书审阅人, International Symposium on Optical Engineering and Photonic 技术, 2009年和2010年
刊物及简报
齐格勒,E.W.鲍姆，J.C.布朗，A.B.布劳斯坦，G.S. (2016) A computational study of substituent effects on the stability and geometry of carbazole-pyridine complexes. International Journal of Quantum 化学, 117, e25326.
Chappell, M.A.米勒，L.F.价格，C.L.米德尔顿.布劳斯坦，G.S.杰克逊，L。.J.贝德纳，A.J.肯尼迪，A.J.斯蒂文斯，J.A. (2012) Number density considerations in the dispersion-dissolution behavior of engineered silver nanomaterials. Earth in Evolution 22nd Goldschmidt Conference. 加拿大蒙特利尔.
山,F.C.， Sviatenko L.K.，高伯，L.， Okovytyy S.I.布劳斯坦G.S.[J]. (2012). DFT M06-2X investigation of alkaline hydrolysis of nitroaromatic compounds. 化学环境，88,635 - 643.
布劳斯汀,G.S.M .查佩尔.A.梅奥，M.L.希尔，F.C. (2011) Is DLVO Theory Relevant to Nanoparticles? Theoretical and Practical Considerations. Proceedings of the 20th Conference on Current Trends in Computational 化学. 杰克逊女士.
布劳斯汀,G.S.M .查佩尔.A. (2011) Interaction Energies between Spherical Colloidal Particles in a Symmetric Electrolyte Solution. Wolfram演示(项目链接)
布劳斯汀,G.S.刘易斯·F.D.布林，A.L. (2010) Kinetics of charge separation in poly(A)-poly(T) DNA hairpins. Journal of Physical 化学 B, 114, 6732 – 6739.
Polishchuk,我.Y.Gozman, M.I.布劳斯坦，G.S.布林，A.L. (2010) Interference of guided modes in a two port ring waveguide composed of dielectric nanoparticles. 物理学报，31 (2):663 - 668.
布劳斯汀,G.S.希尔，F.C.Shrestha, R.布林，A.L. (2009). The Influence of Counterion Binding on Charge Migration Kinetics in Stilbene-Capped DNA Hairpins. Proceedings of the 18th Conference on Current Trends in Computational 化学. 杰克逊女士.
布劳斯汀,G.S. 弗雷德里克·D. 路易斯，伯林，A.L. (2009). The Kinetics of Charge Recombination in DNA Hairpins Controlled by Counterions. International Conference on Computational Science 2009, 第二部分, 5545信号, 柏林-海德堡出版社, 189 – 196.
布劳斯汀,G.S.d、d、B.刘易斯，F.D.布林，A.L. (2009). Charge Recombination in DNA Hairpins Controlled by Counterions. 杰克，131,400 - 401.
布劳斯汀,G.S.Gozman, M.I.; Polishchuk,我.Y.布林，A.L. (2007). Optical Modes in Linear Arrays of Dielectric Spherical Particles: A Numerical Investigation. 9th International Conference on Transparent Optical Networks, 4,136 – 139.
布劳斯汀,G.S.Gozman, M.I.萨莫伊洛娃，O.M.波利什丘克，我.Y.布林，A.L. (2007). Guiding optical modes in chains of dielectric particles. 光学精密工程，2015,33 (1):1 - 3.
雕刻刀,.L.布劳斯坦，G.S.萨莫伊洛娃，O.M. (2007). Bound whispering gallery modes in circular arrays of dielectric spherical particles. 在一个. H. 亚历克西斯V. Kudryashov (Ed.)，《太阳城官网》. 6452. 华盛顿州贝灵汉:SPIE.
布劳斯汀,G.S.布林，A.L. (2007). Optical Modes in Linear Arrays of Dielectric Spherical Particles: A Numerical Investigation. 在一个. H. 亚历克西斯V. Kudryashov (Ed.)，《太阳城官网》. 6452. 华盛顿州贝灵汉:SPIE.