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The following chart outlines the characteristics of silver particles and ions, and was compiled and written by Frances Key of silver-colloids.com.
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University of North Texas Tests Colloidal Silver
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 The
University of North Texas, under the supervision of Mark A. Farinha,
Ph.D, conducted in-vitro time kill studies to test the effectiveness
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Colloidal Silver at 15 PPM and 30 PPM.
Dr. Farinha's laboratory testing confirmed
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effective against pathogenic organisms, and explore how
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Author: Francis Key
Contact: http://www.silver-colloids.com
Source: silver-colloids.com
Original Source Format: PDF File
Edited: Reformatted, emphasis ours, no technical information omitted.
Copyrights: Content copyright 2000 Silver-Colloids.com, used with permission.
Items both in brackets and italicized are editor additions to the text, and do not necessarily represent the views of the author(s).
Items with linked text provide definitions and/or further explanations provided by the editors, not the author. Javascript must be enabled to view the extra comments. A temporary popup window will load and stay on-screen as long as the mouse is over the linked text. Position the linked text toward the bottom of your computer screen for viewing purposes.
A Single Silver Atom |
| Radius (nm) |
Volume (nm3) |
| 0.144 |
0.01250765 |
[ note: a silver ion is approximately .28 nanometers ]
[ silver particles range from one atom - clusters of atoms sized at 1000 nanometers ]
Silver Particles |
Diameter
( NM ) |
Particle Volume
(nm3) |
For Cubic Close Pack Volume - 26%
(nm3)
|
Number of Atoms per Particle |
Surface Area of Single Particle (nm3) |
Particle Mass in Grams |
| 1 |
0.5236 |
0.3875 |
31 |
3.14 |
5.558E-21 |
| 5 |
65.4498 |
48.4328 |
3872 |
78.54 |
6.947E-19 |
| 10 |
523.5983 |
387.4628 |
30978 |
314.16 |
5.558E-18 |
| 15 |
1767.1444 |
1307.6868 |
104551 |
706.86 |
1.876E-17 |
| 20 |
4188.7867 |
3099.7021 |
247825 |
1256.64 |
4.446E-17 |
| 25 |
8181.2240 |
6054.1057 |
484032 |
1963.49 |
8.684E-17 |
| 30 |
14137.1550 |
10461.4947 |
836408 |
2827.43 |
1.501E-16 |
| 35 |
22449.2785 |
16612.4661 |
1328184 |
3848.45 |
2.383E-16 |
| 40 |
33510.2933 |
24797.6171 |
1982596 |
5026.54 |
3.557E-16 |
| 45 |
47712.8981 |
35307.5446 |
2822876 |
6361.72 |
5.064E-16 |
| 50 |
65449.7917 |
48432.8458 |
3872258 |
7853.98 |
6.947E-16 |
| 55 |
87113.6727 |
64464.1178 |
5153975 |
9503.31 |
9.246E-16 |
| 60 |
113097.2400 |
83691.9576 |
6691262 |
11309.72 |
1.200E-15 |
| 65 |
143793.1923 |
106406.9623 |
8507351 |
13273.22 |
1.526E-15 |
| 70 |
179594.2283 |
132899.7290 |
10625476 |
15393.79 |
1.906E-15 |
| 75 |
220893.0469 |
163460.8547 |
13068870 |
17671.44 |
2.345E-15 |
| 80 |
268082.3467 |
198380.9365 |
15860768 |
20106.18 |
2.845E-15 |
| 85 |
321554.8265 |
237950.5716 |
19024403 |
22697.99 |
3.413E-15 |
| 90 |
381703.1850 |
282460.3569 |
22583008 |
25446.88 |
4.051E-15 |
| 95 |
448920.1210 |
332200.8896 |
26559817 |
28352.85 |
4.765E-15 |
| 100 |
523598.3333 |
387462.7667 |
30978063 |
31415.90 |
5.558E-15 |
Concentration of Silver Solutions |
PPM |
Concentration (g/L) |
Concentration
(m/L) |
1 |
1.0000E-03 |
9.2593E-06 |
2 |
2.0000E-03 |
1.8519E-05 |
3 |
3.0000E-03 |
2.7778E-05 |
4 |
4.0000E-03 |
3.7037E-05 |
5 |
5.0000E-03 |
4.6296E-05 |
6 |
6.0000E-03 |
5.5556E-05 |
7 |
7.0000E-03 |
6.4815E-05 |
8 |
8.0000E-03 |
7.4074E-05 |
9 |
9.0000E-03 |
8.3333E-05 |
10 |
1.0000E-02 |
9.2593E-05 |
11 |
1.1000E-02 |
1.0185E-04 |
12 |
1.2000E-02 |
1.1111E-04 |
13 |
1.3000E-02 |
1.2037E-04 |
14 |
1.4000E-02 |
1.2963E-04 |
15 |
1.5000E-02 |
1.3889E-04 |
16 |
1.6000E-02 |
1.4815E-04 |
17 |
1.7000E-02 |
1.5741E-04 |
18 |
1.8000E-02 |
1.6667E-04 |
19 |
1.9000E-02 |
1.7593E-04 |
20 |
2.0000E-02 |
1.8519E-04 |
(C) Copyright Silver-Colloids.com
[ Francis Key, is a researcher specializing in the production of extremely minute ( 1.4 NM ) silver particles in colloidal suspension. The operative goal is to create small enough silver particles to be fully bioavailable, and to achieve the greatest possible surface area for efficacy. Further, the operative theory is that by utilizing silver in particle form, silver chloride is not produced in the stomach or bloodstream. Silver in its original, isolated form, may then reach areas of the body that silver in ionic form may not. ]
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