Department of Veterans Affairs Feb 2016 - May 2018
Radiologic Technologist
United States Department of Defense Nov 2009 - Mar 2012
Radiologic Technologist
Nov 2009 - Mar 2012
Miami and Fort Lauderdale Area
Education:
Armed Forces Radiobiology Research Institute 2009 - 2009
U.s. Army Medical Department Center and School 2006 - 2007
Trident
Skills:
Equal Opportunity Information Assurance Intelligence and Security Operations Security Hippa Basic Life Saving Ethics Incident Command System Applied To Healthcare Nims National Response Framework Healthcare Emergency Hipaa Equal Opportunities Customer Service Radiology Pacs Workplace Safety Radiation Safety Bls Computed Radiography Security Operations Medical Terminology Fluoroscopy Healthcare Information Technology Arrt Allied Health Healthcare Management Medical Imaging Patient Safety Medicine Radiography Ehr Hospitals Technical Analysis Surgery Clinical Research Digital Imaging Multi Agency Coordination System Combat Customer Serivce Active Shooter Response Common Emergency Codes Employee Safety Jcaho Compliance Assurance Combat Lifesaver Pediatrics Emr Informatics Ris
Interests:
Reading Blockchains Virtual Server Administration The Larger Timeframe Saxophone Performance Strategy Algorithmic Trading Metatrader Patient Care Ninjatrader Proprietary Futures Trading Cryptocurrency Social and Professional Networking Design Traveling Technical Analysis of Financial Markets Brainstorming Speculation Cryptos
Certifications:
Radiography Basic Life Support (Bls) For Healthcare Providers Accreditation In Medical Radiation Diagnostic Radiologic Technology
Richard M. Bateman - Chicago IL Christian M. Clavier - Ridgefield CT
Assignee:
Schlumberger Technology Corporation - New York NY
International Classification:
G01V 500
US Classification:
250264
Abstract:
In accordance with an illustrative embodiment of the present invention, a technique is disclosed for determining a characteristic of an earth formation by irradiating the formation with a source of neutrons and measuring the resulting neutron population at two different spacings from the source. Each neutron population measurement is converted into a signal which is related to the formation porosity corrected for environmental effects. The two converted signals are then compared with the porosity derived from the ratio of the two neutron population measurements in order to obtain an indication of the presence of gas in the formation.
Berwyn Elementary School College Park MD 1968-1970, Greenbelt Elementary School Greenbelt MD 1970-1975, Bethune Junior High School Capitol Heights MD 1975-1978, Valley High School Escondido CA 1979-1980