av C Svensson · Citerat av 8 — ag em e n t. Router. Data link. Cores (processors, memories, etc.) Each data link. In upper, thick metal, Simulated velocity: 108m/s (c0/3). • Simulated maximum

AG108M. Master alloy for casting of 925‰ silver. Great surface and re-usability; Ideal for stone-in-place on open and closed casting systems. Technical data

100. Y-92. 100. Cd-109 (+). 1. Y-93.

Ag-108m

1.7E-05. 1.6E-05. 2.3E-05. 2.3E-05. 2.4E-05. 2.2E- Tredje största nuklidgrupp är silverisotoperna Ag-110m och Ag-108m.

av I Aggeryd · 1995 — Ag-108m. Sb-125. Cs-134. Cs-137. Eu-152. Eu-154. Totalt. Ra-226. Th-232. U-235. Aktivitet. (Bq). 5,6101(). 3,4I010 l,7104. 2,2-107. 3,9 107.

Zone: ECR. Speed: 36. Elev: 116m.

Half life: 418 y 21 : E(level): 109.440 7 keV: Jp:: 6+ S n (keV): : 7269.6 6: S p (keV): : 6520 3: Prod. mode: Charged particle reaction Thermal neutron activation

Ph: 979-830-0176. Fax: 979- 830-0234. Email: SKYLER@ARMSTRONGAG.COM. Print | Sitemap The AS-108M fingerprint sensor module consists of HF-108 fingerprint sensor and MCU stalled with algorithm mainly.

This element has numerous meta states, with the most stable being 108m Ag (t* 418 years), 110m Ag (t* 249.79 days) and 106m Ag (t* 8.28 days). Isotopes of silver range in atomic weight from 92.950 u (93 Ag) to 129.950 u (130 Ag). Ag-108m 4.18E+02 IT Kr-81 2.29E+05 Ag-i 10m 6.84E-01 13, y Kr-85 1.07E+01 JY, y Ar-39 2.69E+02 13 Mn-53 3.70E+06 v Ba-133 1.05E+O1 y Mn-54 8.56E-01 J3÷,y and Ag-109. The absorption of the neutrons by the silver converted some of the Ag-107 to Ag-108m (400+ year half-life) and Ag-108 (2.39 min half life). Similarly, a few atoms of the Ag-109 were converted to Ag-110m (250 d half-life) and Ag-110 (25 s half-life). The bulk of the activity that 722.9*(91) Ag-108m 130 y 614.4 433.9 79.2 722.9 (1.8) I-131 364.5*(81) 723.3 (19) Eu-154 123.1*(40) 725.2 (4.5) In-114 m 190.3*(16) 727.2*(11.8) Bi-212 60.6 m (Th-232) 778.9 (13) Eu-152 1408.0*(21) 788.7 (32) La-138 1.05 x 10 11y 795.8*(85.4) Cs-134 2.065 y 604.7 801.9 569.3 563.3 801.9 (8.7) Cs-134 795.8*(85.4) 810.8*(99) Co-58 70.88 d 863.9 511 Ag-108m: 1.5E–13: 2E + 2: Eu-154: 5.2E–14: 5E+1: Re-186m: 3.8E–14: 7E + 2: Po-209: 1.5E–11: 2E + 2: The most comprehensive assessment of the doses to the AG-108m 1.000E+00 7.620E-06 2.830E-04 9.140E-03 ** RESRAD-BUILD Program Output, Version 3.21 11/29/03 11:11:00 Page: 7 ** Title : Yankee Rowe DCGL Ag-108m Input File 108These Iare per 100 Decays of Ag. For Iper 100 Decays of 108mAg multiply by 0.087(9) For total uncertainty add 8.0% systematic component in quadrature, based on the normalization factor 0.005 0(4). For total uncertainty add 2.4% systematic component in quadrature, based on the normalization factor 5.03E-3(12). The γ-spectrum of the long-living isomer of Ag 108 (T 1/2 ≧5 years) was studied by means of Ge (Li) semiconductor detectors.
Distansutbildning inredning

Title: 108mAg Author: J. R. Davidson, R. J. Gehrke, R. G. Helmer Subject: INEEL Gamma-ray Spectrometry Center Keywords: INEEL, Gamma-ray, Spectrometry Ag-108m 4.18E+02 IT Kr-81 2.29E+05 Ag-i 10m 6.84E-01 13, y Kr-85 1.07E+01 JY, y Ar-39 2.69E+02 13 Mn-53 3.70E+06 v Ba-133 1.05E+O1 y Mn-54 8.56E-01 J3 These data help to confirm the M4 character of the 116 keV transition. No evidence for the proposed E1 transition of 20-30 keV which should follow the 116 keV transition was found.

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722.9(91) Ag-108m 130 y 614.4 433.9 79.2 722.9 (1.8) I-131 364.5(81) 723.3 (19) Eu-154 123.1(40) 725.2 (4.5) In-114 m 190.3(16) 727.2(11.8) Bi-212 60.6 m (Th-232) 778.9 (13) Eu-152 1408.0(21) 788.7 (32) La-138 1.05 x 10 11y 795.8(85.4) Cs-134 2.065 y 604.7 801.9 569.3 563.3 801.9 (8.7) Cs-134 795.8(85.4) 810.8*(99) Co-58 70.88 d 863.9 511

7.0X10-1. 1.9X101.

2014-05-01 · This study focuses on two radioisotopes of silver, 108m Ag and 110m Ag, characterized by a complex decay scheme. Each isotope has two disintegration modes, the isomeric transition leading to the daughter isotope (108 Ag and 110 Ag, respectively) with a short half-life.

Ag-111. 100. Cd-109 (a). 1 Ag-105. 1 × 102. 1 × 106. Ag-108m.

249.8. Symbol: Ag Atomic Number: 47. Atomic Mass: 107.8682 amu. Melting Point: Ag -106m, 8.4 days. Ag-107, Stable. Ag-108, 2.4 minutes.