Radioactive half-life: 14.3 days Decay mechanism: Beta emission Energy: Emax = 1709 keV Eavg = 695 keV Contamination monitoring: Thin window Geiger-Mueller.

Slides:



Advertisements
Similar presentations
Radiation Protection.
Advertisements

The Guiding Principle and Philosophy of Radiation Safety is:
Radioisotope Laboratory Techniques Day 2 Environmental Health & Safety Radiation Control & Radiological Services UNIVERSITY OF FLORIDA RADIATION SAFETY.
Emergency Department: Management of Radiation Exposed/Contaminated Patients CAUTION.
Radiation Safety Training Lab Survey Program Washington State University Radiation Safety Office.
Radiation Can Be Fun….!!!! But R.E.S.P.E.C.T. it
Carbon Characteristics Radioactive half-life: 5730 years Decay mechanism: Beta emission Energy: Emax = 156 keV Eavg = 49 keV Contamination monitoring:
LANGONE MEDICAL CENTER RADIATION SAFETY RETRAINING
Radiological Emergency Procedures FOR ALL ISOTOPES 1.Prevent others from entering the affected area or coming into contact with the potentially radioactive.
32 P Module Objectives  To understand the physical nature of 32 P.  To understand the 32 P is both and internal and external radiation hazard.  To understand.
Iodine 125.
University of Notre Dame
Molecular Materials Research Center Beckman Institute California Institute of Technology.
2005 Radiation Safety Refresher Training Sue Dupre, Radiation Safety Officer Stephen Elwood, Health & Safety Specialist.
Safety for Science Students. Maintain quiet, orderly behaviour during laboratory periods. Always be alert. Take care not to bump another student. Remain.
Prepared by; Miss Syazwani Mahmad Puzi School of Bioprocess Engineering UniMAP.
Radiation Safety Course Radiation Monitoring Heath de la Giroday Dispensing Chemist Radiation Safety Officer.
PROCEDURES AND REQUIREMENTS FOR THE SAFE USE OF RADIOACTIVE MATERIAL Indiana University - Bloomington.
Division of Medical Physics and Radiation Safety Radiation Safety Awareness for This training does not substitute for Basic Radiation Safety.
Safety in Open Source Radioisotope Laboratories  This presentation will introduce you to the theory of radioisotopes and the procedures used in their.
Tritium. H3-2 Characteristics Radioactive half-life: 12.4 years Decay mechanism: Beta emission Energy: Emax = 18.6 keV Eavg = 6 keV Contamination monitoring:
LABORATORY PPE January 7, Introduction What is PPE? Personal protective equipment (PPE) includes all types of equipment used to increase individual.
Personal Protective Equipment (PPE). Objectives Overview and definition of PPE Safety data sheets Types of PPE Appropriate selection and use.
Radiation Safety Training Annual Refresher Training Washington State University Radiation Safety Office.
Sulfur 35. S35-2 Characteristics Radioactive half-life: 87.4 days Decay mechanism: Beta emission Energy:Emax = 167 keV Eavg = 49 keV Contamination monitoring:
Albert Einstein College of Medicine of Yeshiva University
Module 8 GENERAL RULES FOR RADIOACTIVE MATERIAL. GENERAL RULES Eating, drinking, smoking, storage of food or eating utensils, or the application of cosmetics.
1 MERCURY SAFETY Environmental Energy Technologies Division On the Job Training June 5, 2013.
Division of Medical Physics and Radiation Safety
2011 RADIATION SAFETY REFRESHER TRAINING. RESPONDING TO A RADIOACTIVE MATERIAL INCIDENT IN THE LAB It can happen to the best of us.
2007 Radiation Refresher Training Elayna Mellas Radiation Safety Officer Environmental Health & Safety Manager Clarkson University Downtown Snell 155 Tel:
Alanoud M. Al-Talal Office – Pharmacy Building (8) – 2 nd Floor – Room 63 address –
Radiation Safety at Tufts Helpful Hints for Radioisotope Users.
Standard Precautions Personal Protective Equipment.
RADIATION SAFETY.
ANALYTICAL X-RAY SAFETY User Training Centre for Environmental Health, Safety and Security Management.
Chapter III: University of Florida Radiation Short Course Lesley Hines
Presenter_On-Site_00 1 Radiation Protection Fundamentals Craig Maxwell - RCT Radiation Protection Group Lawrence Berkeley National Laboratory.
Annual Refresher Training Radiation Safety. Training Requirements In order to work with radioactive material you must be properly trained on the safe.
Radiation Safety Reminders During Nuc. Med. Procedures ALARA Practices By Aggie Barlow, CHP, MBA, MS.
Radiation Safety Program: Regulations and Practical Considerations for Safe Use of Radioactivity Radiation Safety Office ETAS Graduate.
RADIATION SAFETY ORIENTATION COURSE. Ionizing Radiation - can deposit energy in neighboring atoms resulting in the removal of electrons. NUCLEAR RADIATION.
Working with Radioisotopes: Reducing the Risk
Working Safely Around FT-50 Sources
RADIATION SAFETY Mrs. Brinston. Introduction As a healthcare worker, you know that radiation is an important tool for detecting and treating diseases.
RADIATION SAFETY ORIENTATION COURSE. Ionizing Radiation - can deposit energy in neighboring atoms resulting in the removal of electrons. NUCLEAR RADIATION.
 Radiopharmaceuticals are agents used to diagnose certain medical problems or treat certain diseases. They may be given to the patient in several different.
Extremity Dose Reduction By Aggie Barlow, CHP, MS, MBA.
Lab Safety Ms. Aguillard Biology I Lafayette High School Summer 2009.
Lab Specific Training June 14 th, Responsibilities completing all required safety training; reading the Lab Safety Plan and all lab standard operating.
Safety Symbols Wheel Use the safety wheel and record the notes next to each symbol. August 9, 2013.
May 7 th,  There’s a direct link to it from the Shimizu Lab Website or go to  All personnel are responsible for.
Introduction to nuclear medicine technology NMT 231.
Shop Safety Eye & Face Protection….  When working with wood there is always a chance of flying particles that can hit either your eyes or your face.
Week 2 :Radiation Protection
University of Notre Dame Department of Risk Management and Safety 2014 Radiation Safety Refresher Training.
Base Bath Use Cleaning glassware in isopropanol saturated with KOH.
By following safety rules in the lab, you will help keep both yourself and others safe. Safety Rules.
Laboratory safety rules Dalia Kamal Eldien Mohammed Practical NO (1)
Radiological Monitoring and Measurement 1 OBJECTIVES Allow the participants to understand the concepts of measuring dose received by radiation workers.
Radiation Dosimeters.
Environment, Health, and Safety
Radioactive Material User Annual Refresher Training
Radiation Safety Refresher Training
University of Notre Dame
What is Radiation? What is Radioactivity?
Louisiana State University Radiation Safety Office
Radiation Protection (2)
Radiation Safety Training for Uranium and Thorium Compound Users
Waste and Contamination
Presentation transcript:

Radioactive half-life: 14.3 days Decay mechanism: Beta emission Energy: Emax = 1709 keV Eavg = 695 keV Contamination monitoring: Thin window Geiger-Mueller detector Shielding: 1 cm lucite Dosimetry: micro-curie quantities – none, milli-curie quantities - Film badge, TLD ring, urinalysis P32-2

Days P32-3

The dose rate on contact on the side of a 1 mCi delivery vial can be on the order of 1000 mrem/hr. If possible, avoid direct hand contact with vials and sources. When working with 100 μCi or more of P-32, work should be done behind a 1 cm lucite shield P32-4

One microcurie of P-32 in direct contact with 1 cm 2 of bare skin gives a dose rate to the skin of about 9 rem/hr. Always protect your skin and eyes when handling unsealed materials. Wear gloves, lab coats, safety glasses, and shoes P32-5

A thin window G-M survey meter should always be available. A survey should be made immediately after use and any "hot spots" should be decontaminated. P32-6

Film badges and TLD rings should be worn for all P-32 work when handling 1 millicurie or more. P32-7

Handle and store your radioactive waste carefully. The bottles for liquid waste should be placed in a secondary container (e.g. a bucket or tray) to contain spills or leaks. When more than a millicurie is involved, place 1 cm lucite in front of the container for shielding P32-8