EBSCO Library of Congress Classification Report 2012

This report lists all periodicals subscribed to in 2012 through EBSCO Subscription Services by the University Libraries, University of Rhode Island. Information provided includes title, ISSN, Library of Congress Classification number and name, and account number (for URI, Pell, or CCE). The list is sorted by LC Classification to better show the journals that support each discipline/subject area. Not included here are titles available through online journal packages and reference databases, which now comprise the majority of the Libraries\u27 subscriptions. The journals listed here are those to which the Libraries subscribe to individually, title-by-title, through EBSCO

EBSCO Library of Congress Classification Report 2011

This report lists all periodicals subscribed to in 2011 through EBSCO Subscription Services by the University Libraries, University of Rhode Island. Information provided includes title, ISSN, Library of Congress Classification number and name, and subscriber (URI, Pell, or CCE). The list is sorted by LC Classification to better show the journals that support each discipline/subject area. Not included here are titles available through online journal packages and reference databases, which now comprise the majority of the Libraries\u27 subscriptions. The journals listed here are those to which the Libraries subscribe to individually, title-by-title

EBSCO Library of Congress Classification Report 2010

This report lists all periodicals subscribed to in 2010 through EBSCO Subscription Services by the University Libraries, University of Rhode Island. Information provided includes title, ISSN, Library of Congress Classification number and name, and subscriber (URI, Pell, or CCE). The list is sorted by LC Classification to better show the journals that support each discipline/subject area. Not included here are titles available through online journal packages and reference databases, which now comprise the majority of the Libraries\u27 subscriptions. The journals listed here are those to which the Libraries subscribe to individually, title-by-title

Calidad de sentencias de primera y segunda instancia sobre delito contra administración pública modalidad colusión simple y delito contra la fé pública modalidad uso de documentos privados y públicos falsificados, en el expediente N° 01217-2017-60-0901-JR-PE-03; del, distrito judicial de Lima Norte-Lima, 2023

La investigación tiene como problema: ¿Cuál es la calidad de sentencias de primera y segunda instancia sobre delito contra administración pública modalidad colusión simple, y delito contra la fé pública modalidad uso de documentos privados y públicos falsificados, según los parámetros normativos, doctrinarios y jurisprudenciales pertinentes en el expediente N° 01217-2017-60-0901-JR-PE-03; del distrito Judicial de Lima Norte-Lima, 2023?, el objetivo fue: Determinar cuál es la calidad de sentencias en estudio. Es de tipo, cuantitativo cualitativo, nivel exploratorio descriptivo, y diseño no experimental, retrospectivo y transversal. La unidad de análisis fue un expediente judicial mediante muestreo por conveniencia, para recolectar los datos se utilizaron las técnicas de observación y el análisis de contenido y como instrumento una lista de cotejo validada mediante juicio de expertos. Los resultados revelaron que la calidad de la parte expositiva, considerativa y resolutiva, pertenecientes a: la sentencia de primera instancia fue de rango: muy alta; y de la sentencia de segunda instancia: muy alta. Se concluyó, que la calidad de las sentencias de primera y segunda instancia fueron de muy alta

EBSCO Library of Congress Classification Report 2009

This report lists all periodicals subscribed to in 2009 through EBSCO Subscription Services by the University Libraries, University of Rhode Island. Information provided includes title, ISSN, Library of Congress Classification number and name, and subscriber (URI, Pell, or CCE). The list is sorted by LC Classification to better show the journals that support each discipline/subject area. Not included here are titles available through online journal packages and reference databases, which now comprise the majority of the Libraries\u27 subscriptions. The journals listed here are those to which the Libraries subscribe to individually, title-by-title

Precision Microwave Frequency-Offset Separated-Oscillatory-Fields Measurement of the 2^3 P_1to-2^3 P_2 Fine-Structure Interval in Atomic Helium

The 2^3P_1-to-2^3P_2 fine-structure interval in atomic helium is measured using the frequency-offset separated-oscillatory-fields (FOSOF) technique. Two temporally separated microwave fields set up excitation paths that accumulate different quantum-mechanical phases. To detect the atoms that have changed states due to the microwaves, these atoms are excited to a Rydberg state and Stark ionized. The number of resulting ions is counted on a channel electron multiplier. In a typical SOF experiment, the relative phase between the two microwave pulses is toggled between 0 and 180, and the change in the signal amplitude between the two phases is detected as a function of applied microwave frequency. In the FOSOF technique, two microwave pulses with a slight frequency offset are applied to the atoms. The relative phase seen by the atoms changes continuously due to the frequency offset, leading to a sinusoidally oscillating atomic signal. The phase of the oscillating signal is measured with respect to the phase of a reference generated by combining the frequency-offset microwaves. The phase difference between the oscillating atomic signal and reference signal crosses zero at resonance and changes linearly as a function of applied microwave frequency. Major signal-to-noise ratio (SNR) enhancement has been achieved by employing a two-dimensional magneto-optical trap and by using Stark-ionization detection. The excellent SNR allows for a very extensive study of systematic effects. A wide range of experiment parameters has been investigated. The final measured result is 2 291 176 590(25) Hz. This is the most precise measurement of the interval to date and thus the most precise test of the two-electron quantum-electrodynamics theory. When the 2^3P_0-to-2^3P_1 transition is measured at the same level of precision and the combined result of the 2^3P_0-to-2^3P_2 fine-structure interval is compared with a sufficiently precise theory, a sub-part-per-billion determination of the fine-structure constant using a two-electron system will become possible for the first time. Comparison with other fine-structure constant measurements could lead to tests of possible beyond-the-Standard-Model physics