Aslam.Ibrahim/Sandbox - Revision history

Aslam.ibrahim at 20:57, 12 November 2021

2021-11-12T20:57:47Z

Aslam.ibrahim at 20:53, 12 November 2021

2021-11-12T20:53:47Z

Aslam.ibrahim at 20:51, 12 November 2021

2021-11-12T20:51:02Z

Aslam.ibrahim at 20:22, 12 November 2021

2021-11-12T20:22:56Z

Aslam.ibrahim at 20:13, 11 November 2021

2021-11-11T20:13:16Z

Aslam.ibrahim at 15:00, 8 October 2021

2021-10-08T15:00:30Z

Show changes

Aslam.ibrahim at 14:38, 8 October 2021

2021-10-08T14:38:54Z

Aslam.ibrahim at 14:36, 8 October 2021

2021-10-08T14:36:45Z

Aslam.ibrahim at 14:16, 8 October 2021

2021-10-08T14:16:45Z

Aslam.ibrahim at 14:14, 8 October 2021

2021-10-08T14:14:02Z

@@ Line 501: / Line 501: @@
 To turn on the PAD, follow these steps:
 {| class="wikitable"
 |'''Press''' the front-panel button, '''hold''' for one second, and '''release''' it. The display should read    “Change.”
+|[[File:EPD pic 1.jpeg|thumb|Picture 1]]
 |-
 |'''Wait''' until the display reads    “Enter.”

@@ Line 484: / Line 484: @@
+|
 |}
 [[File:EPD pic 1.jpeg|thumb|Picture 1]]

@@ Line 484: / Line 484: @@
+|
 |}
-'''Operator Adjustable Controls'''
+[[File:EPD pic 1.jpeg|thumb|Picture 1]]

@@ Line 483: / Line 483: @@
 |'''Instrument Operating Range'''
+|
 |}

← Older revision		Revision as of 20:13, 11 November 2021
Line 441:		Line 441:

	[[File:Certificate of SSDL membership Canada.jpg\|thumb\|Certificate of SSDL membership of CNSC Laboratory ]]		[[File:Certificate of SSDL membership Canada.jpg\|thumb\|Certificate of SSDL membership of CNSC Laboratory ]]
		+
		+
		+
		+	Detector Type Semi-conductor detector
		+	Instrument Operating Range
		+
		+	Operator Adjustable Controls
		+	Turn On/Off
		+
		+	To turn on the PAD, follow these steps:
		+	1. Press the front-panel button, hold for one second, and release it. The display should read “Change.”
		+
		+	2. Wait until the display reads “Enter.”
		+	3. Press the button again.
		+
		+	4. The display should now read “In.” The LED screen will flash briefly, and a single beep will be emitted from the unit.
		+
		+	5. If properly enabled, the unit will emit a single beep and the display will change to “d: 0.000 mSv.” It is now in Active Mode, and ready for use.
		+
		+	To turn off the PAD, follow these steps:
		+	1. Press and hold the front-panel button for 8-10 seconds. The display should read “Change” at this point.
		+
		+	2. Continue to hold the front-panel button so that the words “Go Out” appear on the display.
		+
		+	3. Release the front-panel button at this time, and the display should read “: Out.” The unit will emit a single beep and the LED display will briefly flash.
		+
		+	4. If properly executed, the unit will emit a single beep and the display will return to “CNSC.” It is now in “Pause” mode.
		+
		+
		+	Power Supply
		+	3 V Lithium coin Batteries
		+
		+
		+
		+	Detector Type Semi-conductor detector
		+	Instrument Operating Range
		+	{\| class="wikitable"
		+	\|'''Detector Type'''
		+	\|Semi-conductor detector
		+	\|-
		+	\|'''Instrument Operating Range'''
		+	\|
		+	\|}

← Older revision		Revision as of 14:38, 8 October 2021
Line 436:		Line 436:
	'''<big>Recognition of CNSC Laboratory by IAEA/WHO as a Secondary Standard Dosimetry Laboratory'''		'''<big>Recognition of CNSC Laboratory by IAEA/WHO as a Secondary Standard Dosimetry Laboratory'''

−	The accuracy of dosimetry for radiation therapy and radiation safety is vital. Accuracy of radiation dosimetry depends on the quality of calibration of the device used to quantify the radiation dose. Calibration of such an equipment can be performed in two types of laboratories: primary standard lab also which mostly are commonly called national meteorological institute in the country or at a secondary standard laboratory. A primary laboratory maintains the [[wikipedia:Standard_(metrology)\|primary standard for measurement]] of ionizing radiation in SI units which is compared and calibrated with the standard maintained in [[International Bureau of Weights and Measures (BIPM) ~~\|BIPM~~]] whereas the secondary lab maintains the standard which is used to calibrate dosimeters and survey meters which is traceable one of the NIMs. In Canada, the [https://nrc.canada.ca/en/certifications-evaluations-standards/instrument-calibration-services/ionizing-radiation-standards-calibration-services NRC MSS] maintains primary standards for ionizing radiation. CNSC lab has been maintaining the reference standards for ionizing radiation (air kerma and ambient dose equivalent for radiation protection) as an accredited lab since November 2016. CNSC laboratory has been recently recognized by IAEA/WHO as a secondary standard lab, which maintains the secondary standard for air kerma in SI units in Cs-137 field for radiation protection dosimetry and disseminates it through calibration of standards to use within the lab and for the standardization of Cs-137 field to calibrate gamma survey instruments and electronic personal dosimeters. The CNSC Laboratory, as a full member of the network, is committed to adhering to the network's charter and serving users of ionizing radiation across the country under its mandate in collaboration with National Research Council of Canada (Primary Standard Laboratory for ionizing radiation in Canada) and internationally through the [https://ssdl.iaea.org/ IAEA SSDL program.]	+	The accuracy of dosimetry for radiation therapy and radiation safety is vital. Accuracy of radiation dosimetry depends on the quality of calibration of the device used to quantify the radiation dose. Calibration of such an equipment can be performed in two types of laboratories: primary standard lab also which mostly are commonly called national meteorological institute in the country or at a secondary standard laboratory. A primary laboratory maintains the [[wikipedia:Standard_(metrology)\|primary standard for measurement]] of ionizing radiation in SI units which is compared and calibrated with the standard maintained in [[wikipedia:International_Bureau_of_Weights_and_Measures\|International Bureau of Weights and Measures (BIPM)]] whereas the secondary lab maintains the standard which is used to calibrate dosimeters and survey meters which is traceable one of the NIMs. In Canada, the [https://nrc.canada.ca/en/certifications-evaluations-standards/instrument-calibration-services/ionizing-radiation-standards-calibration-services NRC MSS] maintains primary standards for ionizing radiation. CNSC lab has been maintaining the reference standards for ionizing radiation (air kerma and ambient dose equivalent for radiation protection) as an accredited lab since November 2016. CNSC laboratory has been recently recognized by IAEA/WHO as a secondary standard lab, which maintains the secondary standard for air kerma in SI units in Cs-137 field for radiation protection dosimetry and disseminates it through calibration of standards to use within the lab and for the standardization of Cs-137 field to calibrate gamma survey instruments and electronic personal dosimeters. The CNSC Laboratory, as a full member of the network, is committed to adhering to the network's charter and serving users of ionizing radiation across the country under its mandate in collaboration with National Research Council of Canada (Primary Standard Laboratory for ionizing radiation in Canada) and internationally through the [https://ssdl.iaea.org/ IAEA SSDL program.]

← Older revision		Revision as of 14:36, 8 October 2021
Line 436:		Line 436:
	'''<big>Recognition of CNSC Laboratory by IAEA/WHO as a Secondary Standard Dosimetry Laboratory'''		'''<big>Recognition of CNSC Laboratory by IAEA/WHO as a Secondary Standard Dosimetry Laboratory'''

−		+	The accuracy of dosimetry for radiation therapy and radiation safety is vital. Accuracy of radiation dosimetry depends on the quality of calibration of the device used to quantify the radiation dose. Calibration of such an equipment can be performed in two types of laboratories: primary standard lab also which mostly are commonly called national meteorological institute in the country or at a secondary standard laboratory. A primary laboratory maintains the [[wikipedia:Standard_(metrology)\|primary standard for measurement]] of ionizing radiation in SI units which is compared and calibrated with the standard maintained in [[International Bureau of Weights and Measures (BIPM) \|BIPM]] whereas the secondary lab maintains the standard which is used to calibrate dosimeters and survey meters which is traceable one of the NIMs. In Canada, the [https://nrc.canada.ca/en/certifications-evaluations-standards/instrument-calibration-services/ionizing-radiation-standards-calibration-services NRC MSS] maintains primary standards for ionizing radiation. CNSC lab has been maintaining the reference standards for ionizing radiation (air kerma and ambient dose equivalent for radiation protection) as an accredited lab since November 2016. CNSC laboratory has been recently recognized by IAEA/WHO as a secondary standard lab, which maintains the secondary standard for air kerma in SI units in Cs-137 field for radiation protection dosimetry and disseminates it through calibration of standards to use within the lab and for the standardization of Cs-137 field to calibrate gamma survey instruments and electronic personal dosimeters. The CNSC Laboratory, as a full member of the network, is committed to adhering to the network's charter and serving users of ionizing radiation across the country under its mandate in collaboration with National Research Council of Canada (Primary Standard Laboratory for ionizing radiation in Canada) and internationally through the [https://ssdl.iaea.org/ IAEA SSDL program.]
−
−
−	The accuracy of dosimetry for radiation therapy and radiation safety is vital. Accuracy of radiation dosimetry depends on the quality of calibration of the device used to quantify the radiation dose. Calibration of such an equipment can be performed in two types of laboratories: primary standard lab also which mostly are commonly called national meteorological institute in the country or at a secondary standard laboratory. A primary laboratory maintains the primary standard for measurement of ionizing radiation in SI units which is compared and calibrated with the standard maintained in BIPM whereas the secondary lab maintains the standard which is used to calibrate dosimeters and survey meters which is traceable one of the NIMs. In Canada, the NRC MSS maintains primary standards for ionizing radiation. CNSC lab has been maintaining the reference standards for ionizing radiation (air kerma and ambient dose equivalent for radiation protection) as an accredited lab since November 2016. CNSC laboratory has been recently recognized by IAEA/WHO as a secondary standard lab, which maintains the secondary standard for air kerma in SI units in Cs-137 field for radiation protection dosimetry and disseminates it through calibration of standards to use within the lab and for the standardization of Cs-137 field to calibrate gamma survey instruments and electronic personal dosimeters. The CNSC Laboratory, as a full member of the network, is committed to adhering to the network's charter and serving users of ionizing radiation across the country under its mandate in collaboration with National Research Council of Canada (Primary Standard Laboratory for ionizing radiation in Canada) and internationally through the IAEA SSDL program.

← Older revision		Revision as of 14:16, 8 October 2021
Line 434:		Line 434:


−	'''<big>Recognition of CNSC ~~La</big>'''__NOTOC__'''b'''__NOEDITSECTION__'''orat'''{{DISPLAYTITLE:<span style="position: absolute; clip: rect(1px 1px 1px 1px); clip: rect(1px, 1px, 1px, 1px);">{{FULLPAGENAME1}}</span>}}'''ory~~ by IAEA/WHO as a Secondary Standard Dosimetry Laboratory'''	+	'''<big>Recognition of CNSC Laboratory by IAEA/WHO as a Secondary Standard Dosimetry Laboratory'''

← Older revision		Revision as of 14:14, 8 October 2021
Line 432:		Line 432:

	Where is the corrected meter reading of the working standard under the identical conditions of measurement as those established for the measurement of air kerma rate, ''K<sub>a</sub>'', given by Eq. 1.		Where is the corrected meter reading of the working standard under the identical conditions of measurement as those established for the measurement of air kerma rate, ''K<sub>a</sub>'', given by Eq. 1.
		+
		+
		+	'''<big>Recognition of CNSC La</big>'''__NOTOC__'''b'''__NOEDITSECTION__'''orat'''{{DISPLAYTITLE:<span style="position: absolute; clip: rect(1px 1px 1px 1px); clip: rect(1px, 1px, 1px, 1px);">{{FULLPAGENAME1}}</span>}}'''ory by IAEA/WHO as a Secondary Standard Dosimetry Laboratory'''
		+
		+
		+
		+
		+	The accuracy of dosimetry for radiation therapy and radiation safety is vital. Accuracy of radiation dosimetry depends on the quality of calibration of the device used to quantify the radiation dose. Calibration of such an equipment can be performed in two types of laboratories: primary standard lab also which mostly are commonly called national meteorological institute in the country or at a secondary standard laboratory. A primary laboratory maintains the primary standard for measurement of ionizing radiation in SI units which is compared and calibrated with the standard maintained in BIPM whereas the secondary lab maintains the standard which is used to calibrate dosimeters and survey meters which is traceable one of the NIMs. In Canada, the NRC MSS maintains primary standards for ionizing radiation. CNSC lab has been maintaining the reference standards for ionizing radiation (air kerma and ambient dose equivalent for radiation protection) as an accredited lab since November 2016. CNSC laboratory has been recently recognized by IAEA/WHO as a secondary standard lab, which maintains the secondary standard for air kerma in SI units in Cs-137 field for radiation protection dosimetry and disseminates it through calibration of standards to use within the lab and for the standardization of Cs-137 field to calibrate gamma survey instruments and electronic personal dosimeters. The CNSC Laboratory, as a full member of the network, is committed to adhering to the network's charter and serving users of ionizing radiation across the country under its mandate in collaboration with National Research Council of Canada (Primary Standard Laboratory for ionizing radiation in Canada) and internationally through the IAEA SSDL program.