gsha' dkar rdo: Difference between revisions

From Rangjung Yeshe Wiki - Dharma Dictionary
Jump to navigation Jump to search
(Created page with " (med) Casseritite (Yeshi 2018)<br> gsha' dkar rdo yis rma gso sha'u skyed / ces pa dngul rdo 'dra la bzhus na gsha' 'bab pa ste bzang ngan gnyis / gsha' rgyu dkar nag dang /...")
 
mNo edit summary
 
Line 1: Line 1:


(med) Casseritite (Yeshi 2018)<br>
('''[[sman]]''') Casseritite (dGa' ba'i rDo rje 2018) <br>
gsha' dkar rdo yis rma gso sha'u skyed / ces pa dngul rdo 'dra la bzhus na gsha' 'bab pa ste bzang ngan gnyis / gsha' rgyu dkar nag dang / gsha' 'bab che chung ngo // (Shel gong shel phreng, pdf p 116.1) <br>
 
'''gsha' dkar rdo''' yis rma gso sha'u skyed / ces pa dngul rdo 'dra la bzhus na gsha' 'bab pa ste bzang ngan gnyis / gsha' rgyu dkar nag dang / gsha' 'bab che chung ngo // (Shel gong shel phreng, pdf p 116.1) <br>


Illustrations : 'Phrin Las (25_109) gsha' rdo <br>
Illustrations : 'Phrin Las (25_109) gsha' rdo <br>


Cassiterite (Tin dioxide, SnO<sub>2</sub>) is the primary tin ore. Can be white, yellow, red to black. Several mining sites in Tibet (mindat.org). <br>
''Cassiterite'' (Tin dioxide, SnO<sub>2</sub>) is the primary tin ore. Can be white, yellow, red to black. It is frequently found concentrated in alluvial deposits. Several mining sites in Tibet (mindat.org). <br>
[[User:Johannes Schmidt|Johannes Schmidt]] ([[User talk:Johannes Schmidt|talk]]) 09:57, 28 February 2024 (EST)
[[User:Johannes Schmidt|Johannes Schmidt]] ([[User talk:Johannes Schmidt|talk]]) 09:57, 28 February 2024 (EST)

Latest revision as of 00:03, 9 October 2025

(sman) Casseritite (dGa' ba'i rDo rje 2018)

gsha' dkar rdo yis rma gso sha'u skyed / ces pa dngul rdo 'dra la bzhus na gsha' 'bab pa ste bzang ngan gnyis / gsha' rgyu dkar nag dang / gsha' 'bab che chung ngo // (Shel gong shel phreng, pdf p 116.1)

Illustrations : 'Phrin Las (25_109) gsha' rdo

Cassiterite (Tin dioxide, SnO2) is the primary tin ore. Can be white, yellow, red to black. It is frequently found concentrated in alluvial deposits. Several mining sites in Tibet (mindat.org).
Johannes Schmidt (talk) 09:57, 28 February 2024 (EST)