13,806 research outputs found
Taylor Times: March 14, 2000
The Search is Over: Current Asbury president to succeed Kesler – Understanding loss in the human drama – PR Students organize speech tournament – Kerlin honored at third Women’s Seminar – New site links applicants to Taylor – Employee Anniversaries – MCAT preparation helps students pass test – Basketball brings alumni to TUFW – Getting to know YOU! – Experience in higher ed readies Gyertson for post – Vegetarian cooking class offered to staff – The Presidential Search – Taylor Update – Announcements – Thanksgivings – Wisdom of the Sages – Departmental Budgetshttps://pillars.taylor.edu/taylor-times/1030/thumbnail.jp
The Echo: November 22, 2021
Downtown Upland bridge set to be replaced — Taylor esports grows to be largest club on campus — Prestigious honor awarded to Taylor PR campaign — Scavenger hunt promotes Writing Center services — From the Archives: The Brotherhood’s First Turkey Tackle — Riggleman creates social work project — Empty Bowls: Good soup promotes a good cause — Turkey day or ham day? — Chapel should offer a more diverse range of speakers — Worship encourages unity — Let’s change PAs to RAs — Taylor Chorale offers a call to awareness — Jenkins appreciation for music grows at Taylor — ‘Eternals’ MCU film polarizes critics and audience — May Young shares her steps to Taylor — The Echo editors share thankful thoughts — Features editors highlight unique people on campus — Basketball teams dominate Miami-Middletown — Taylor football ends first season under new coaching stuffhttps://pillars.taylor.edu/echo-2021-2022/1010/thumbnail.jp
The Echo: December 14, 1990
Merry Christmas and Happy New Year
Student Echoes – New direction for Capstone – Students to be light to the world – Banquet to offer ‘fine dining’ – Church Grant offered – New majors to be offered – Perspectives and Issues – Substance abuse, oriental screen, recycling discussed – Letter to the Editor – In hiding – Nielson wins Philharmonic contest – Senior artist displays work – Parnassus accepting entries – The Best of Times… – Christmas at Taylor… celebrating Jesus’ birth – New toys gain popularity during holiday season – Faculty, staff celebrate Christmas at banquet – Area nursing homes plan Christmas activities – Salvation Army prepares for holidays – Help available at Taylor for pregnant students – Injured student returns to Taylor – Students see ‘real world’ in PR class – Trojans fall to Belmont – Taylor Lady Trojans defeat Spring Arbor – Athletes honored by NAIA – Fairlane, Morris Hall maintenance problems to be corrected over several years – Attention Seniors!https://pillars.taylor.edu/echo-1990-1991/1012/thumbnail.jp
Basis-set convergence for geometry and harmonic frequencies - Are h-functions enough?
The geometries and harmonic frequencies of H2O and HF have been computed using a systematic sequence of 'correlation consistent' basis sets. Even basis sets of spdfgh quality fail to reproduce the omega, of HF unless they are augmented with special anion functions. CCSD(T) calculations with an 'augmented' spdfg basis set are in close agreement with experiment; addition of h functions does not substantially affect results, indicating convergence with respect to angular momentum. Core correlation increases stretching frequencies by 4-7 cm-1; accounting for residual inaccuracies in the correlation treatment and contraction error lowers them by about 6 and 3 cm-1, respectively. The remaining small errors are due to relativistic and nonadiabatic effects, in that order of importance. Calculations on BH indicate that, as expected, the augmenting functions can safely be omitted on elements that are not highly electronegative
Basis-set convergence for geometry and harmonic frequencies - Are h-functions enough?
The geometries and harmonic frequencies of H2O and HF have been computed using a systematic sequence of 'correlation consistent' basis sets. Even basis sets of spdfgh quality fail to reproduce the omega, of HF unless they are augmented with special anion functions. CCSD(T) calculations with an 'augmented' spdfg basis set are in close agreement with experiment; addition of h functions does not substantially affect results, indicating convergence with respect to angular momentum. Core correlation increases stretching frequencies by 4-7 cm-1; accounting for residual inaccuracies in the correlation treatment and contraction error lowers them by about 6 and 3 cm-1, respectively. The remaining small errors are due to relativistic and nonadiabatic effects, in that order of importance. Calculations on BH indicate that, as expected, the augmenting functions can safely be omitted on elements that are not highly electronegative
The Echo: December 10, 2004
Power outage spawns chaos – Art majors take role of teachers in 4-week program – Campus fasts to grieve 12/3 – ‘Twas the week before finals – Echo In-Depth: Tuition used to pay off debt – PR class to send Marion teen girls to Windy City – Students seek to create wetland on TU campus – correction: G.E.M. – The Wall Street Journal Campus Edition. – Clean sweep – Christmas Open House – Letters to the Editor – Thank you, gentlemen – To chastise or restore? – A new heart attitude – Being children of light – Where are men in ministry? – A llama named Stinky – Letters to the Editor – God, the first cause of evil? – Gift delivery brings joy – Letters to the Editor – Weathering snow drifts and shopping malls – Music Department Christmas Concerts – Taylor improv group returns, features fresh comedy act – Brumbaugh leads Lady Trojans to pair of wins – First West, OC capture first ever dodgeball crown – Trojans fall to Foresters, ground powerful Pilots – The loudest silence – Ford moving up on career three-point field goals list – Taylor Career 3-Point Leadershttps://pillars.taylor.edu/echo-2004-2005/1013/thumbnail.jp
The geometry, vibrational frequencies, and total atomization energy of ethylene: a calibration study
The anharmonic part of a recently calculated ab initio quartic force field for ethylene has been combined with geometries and harmonic frequencies at higher levels of theory, including expansion to spdfg basis sets and inclusion of core correlation. Resulting fundamentals and ground-state rotational constants have been compared with experiment, Our best estimate for the r(e) geometry is r(e)(CC) = 1.3307(3) Angstrom, r(e)(CH) = 1.0809(3) Angstrom, theta(e)(CCH) = 121.44(3)degrees, which reproduces the experimental rotational constants to 0.01%. The experimental fundamentals and main resonance partners are calculated with a mean absolute error of 2.3 cm(-1). Our best calculated total atomization energy, 531.7(5) kcal/mol, falls within the error bar of the experimental value 531.9(3) kcal/mol
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