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Edelsteintage Konstanz
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Mineralien Kalender
05. Apr. - Ta­tort Franken – Das stein­erne Grab der Rie­sen­lurche
10. Apr. - Min­er­alien­börse im Lausitz-Cen­ter in Hoy­er­sw­er­da
11. Apr. - Min­er­alien­börse im Lausitz-Cen­ter in Hoy­er­sw­er­da
11. Apr. - 23. Min­er­alien-IN­FO im Ahrn­tal - Südtirol
11. Apr. - Min­er­alien.- und Fos­silien­börse Rosen­heim - Auer Fes­thalle
12. Apr. - 31. Min­er­alien- und Fos­silien­samm­ler­börse Eg­gen­burg / AT
12. Apr. - Min­er­alien­börse Her­born-Merken­bach
17. Apr. - GERA: Bild­vor­trag „Der Ein­fluss Preußens auf den Berg­bau im
19. Apr. - 25. Bay­er­wald-Min­er­alien­börse Bad Kötzt­ing, DE
26. Apr. - 34. Min­er­alien- und Fos­silien­börse Arns­berg-Müschede, DE
09. May - 77. In­ter­na­tio­nale Min­er­alien­börse in Freiberg/Sach­sen
09. May - 50. Min­er­alien- & Fos­silien­börse “MIN­ER­AN­T2026” - Gol­d­en
09. May - 43. Aschaf­fen­burg­er Min­er­alien­börse
https://vfmg.de/der-aufschluss/
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Deutschland/Nordrhein-Westfalen/Arnsberg, Bezirk/Hochsauerlandkreis/Arnsberg/Holzen
 
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Calcit
© Millerit
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Mineralien Kalender
05. Apr. - Ta­tort Franken – Das stein­erne Grab der Rie­sen­lurche
10. Apr. - Min­er­alien­börse im Lausitz-Cen­ter in Hoy­er­sw­er­da
11. Apr. - Min­er­alien­börse im Lausitz-Cen­ter in Hoy­er­sw­er­da
11. Apr. - 23. Min­er­alien-IN­FO im Ahrn­tal - Südtirol
11. Apr. - Min­er­alien.- und Fos­silien­börse Rosen­heim - Auer Fes­thalle
12. Apr. - 31. Min­er­alien- und Fos­silien­samm­ler­börse Eg­gen­burg / AT
12. Apr. - Min­er­alien­börse Her­born-Merken­bach
17. Apr. - GERA: Bild­vor­trag „Der Ein­fluss Preußens auf den Berg­bau im
19. Apr. - 25. Bay­er­wald-Min­er­alien­börse Bad Kötzt­ing, DE
26. Apr. - 34. Min­er­alien- und Fos­silien­börse Arns­berg-Müschede, DE
09. May - 77. In­ter­na­tio­nale Min­er­alien­börse in Freiberg/Sach­sen
09. May - 50. Min­er­alien- & Fos­silien­börse “MIN­ER­AN­T2026” - Gol­d­en
09. May - 43. Aschaf­fen­burg­er Min­er­alien­börse
Calender
https://vfmg.de/der-aufschluss/
https://www.chiemgauer-mineralien-fossiliensammler.de/
https://www.edelsteine-neuburg.de
 
 
 
Mineralienatlas (name for mineral atlas) is the platform for people interested in mineralogy, geology, palaeontology and mining since 2001. We operate a significant database for minerals, fossils, rocks and their localities. Mineralienatlas is not limited to a section. We bring together information and inform comprehensive.

To complete our information constantly, we need your support. With us, everyone can and should participate. Currently Mineralienatlas is used and expanded by 10530 members. Every month hundreds of thousands of visitors use our website as an information source.
 
Geolitho Foundation non-profit GmbH
Geolitho Foundation non-profit GmbH is the non-profit supporter of the Mineral Atlas (Mineralienatlas), the Lithotheque, the Geolitho Collection Management and the Marketplace and Store by collectors for collectors. The Foundation promotes public education in the field of mineralogy, geology, paleontology and mining by operating, maintaining and further expanding earth science projects.
 
https://www.lithomania.de
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Mineralien Kalender
hausen - Mineraliengrosshandel.com
https://www.mineralbox.biz
https://www.edelsteine-neuburg.de
 
Min­er­al At­las be­came 20 years, Estab­lish­ment of the Ge­olitho foun­da­tion gGmbHIn the last 10 years, in addition to further development, the focus has been on cooperation and securing the future. In the year 20 after foundation, we have now taken an overdue and large step in this direction...
In the last 10 years, in ad­di­tion to fur­ther de­vel­op­ment, the fo­cus has been on co­op­er­a­tion and se­cur­ing the fu­ture. In the year 20 af­ter foun­da­tion, we have now tak­en an over­due and large step in this di­rec­tion... ... moreIn the last 10 years, in addition to further development, the focus has been on cooperation and securing the future. In the year 20 after foundation, we have now taken an overdue and large step in this direction...
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Ge­o­log­i­cal Por­trait - de­positsDeposits are one of the most important topics in geology. Peter Seroka has addressed the issue in several years of work and has written an up-to-date geological summary. He dedicated his work to the 15 th anniversary of Mineralienatlas. The work gives detailed information regarding the origin of deposits, the different types of deposits and their classification. Examples of economically important deposits complete the chapters. Provided that this comprehensive work would be printed it would be a volume of over 400 pages; here it is provided in its entirety, online. Thanks to Peter Seroka. (written in german language).
De­posits are one of the most im­por­tant top­ics in ge­ol­o­gy. Peter Sero­ka has ad­dressed the is­sue in sev­er­al years of work and has writ­ten an up-to-date ge­o­log­i­cal sum­mary. He ded­i­cat­ed his work to the 15 th an­niver­sary of Min­er­alie­nat­las. The work gives de­tailed in­for­ma­tion re­gard­ing the ori­gin of d ... moreDeposits are one of the most important topics in geology. Peter Seroka has addressed the issue in several years of work and has written an up-to-date geological summary. He dedicated his work to the 15 th anniversary of Mineralienatlas. The work gives detailed information regarding the origin of deposits, the different types of deposits and their classification. Examples of economically important deposits complete the chapters. Provided that this comprehensive work would be printed it would be a volume of over 400 pages; here it is provided in its entirety, online. Thanks to Peter Seroka. (written in german language).
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Min­er­al Por­trait Flu­o­riteThe mineral portrait fluorit is based on the book "SEROKA, P.; 2001: FLUORIT - Daten - Fakten - Weltweite Vorkommen"; a detailed and exhaustive information on the mineral's characteristics, the crystal forms, crystal growth and the different aggregates and pseudomorphoses.

Special chapters deal with the fluorite deposits and global settings, the mining of fluorspar and ore processing; One chapter shows the development of fluorite collecting in the past and now.

The most comprehensive part of the book is dedicated to the mineral's worldwide deposits, describing the best known old, classic and modern occurrences in 96 countries . A great number of mineral and mining photographs accompany each chapter, showing the characteristics of most fluorites from a specific deposit.

(Full text in German)
The min­er­al por­trait flu­o­rit is based on the book "SERO­KA, P.; 2001: FLU­O­RIT - Dat­en - Fak­ten - Weltweite Vorkom­men"; a de­tailed and ex­haus­tive in­for­ma­tion on the min­er­al's char­ac­teris­tics, the crys­tal forms, crys­tal growth and the dif­fer­ent ag­gre­gates and pseu­do­mor­phos­es.

Spe­cial chapters deal ... moreThe mineral portrait fluorit is based on the book "SEROKA, P.; 2001: FLUORIT - Daten - Fakten - Weltweite Vorkommen"; a detailed and exhaustive information on the mineral's characteristics, the crystal forms, crystal growth and the different aggregates and pseudomorphoses.

Special chapters deal with the fluorite deposits and global settings, the mining of fluorspar and ore processing; One chapter shows the development of fluorite collecting in the past and now.

The most comprehensive part of the book is dedicated to the mineral's worldwide deposits, describing the best known old, classic and modern occurrences in 96 countries . A great number of mineral and mining photographs accompany each chapter, showing the characteristics of most fluorites from a specific deposit.

(Full text in German)
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Klein­er Rat­ge­ber für den Be­such ein­er Fund­stelleZiel dieser Seite ist es, unerfahrenen Mineralien- und Fossiliensammlern eine Hilfestellung zu geben, worauf man im Gelände, bei der Begehung von Steinbrüchen, Höhlen oder gar Bergwerken achten sollte. Dafür sind weitere Erfahrungen von Sammlern sowie jegliche Anregungen zu diesem Thema jederzeit willkommen, um diese Seite zu verbessern.
Ziel dies­er Seite ist es, un­er­fahre­nen Min­er­alien- und Fos­silien­samm­lern eine Hil­festel­lung zu geben, wo­rauf man im Gelände, bei der Bege­hung von Stein­brüchen, Höhlen oder gar Berg­w­erken acht­en sollte. Dafür sind weitere Er­fahrun­gen von Samm­lern sowie jegliche An­re­gun­gen zu die­sem The­ma jed­erzeit wi ... moreZiel dieser Seite ist es, unerfahrenen Mineralien- und Fossiliensammlern eine Hilfestellung zu geben, worauf man im Gelände, bei der Begehung von Steinbrüchen, Höhlen oder gar Bergwerken achten sollte. Dafür sind weitere Erfahrungen von Sammlern sowie jegliche Anregungen zu diesem Thema jederzeit willkommen, um diese Seite zu verbessern.
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Ra­man-Spek­troskopie / RSBei der Raman-Spektroskopie wird die zu untersuchende Probe mit monochromatischem Licht (üblicherweise einer leistungsstarken Laserquelle) bestrahlt. Das Spektrum des an der Probe gestreuten Lichts wird gemessen. Ein sehr kleiner Teil des zurückgestrahlten Lichts weist Frequenzunterschiede zum eingestrahlten Licht auf (Raman-Shift). Diese entsprechen den für das Material charakteristischen Energien von Rotations-, Schwingungs-, Phonon- oder Spinflip-Prozessen. Der Raman-Effekt kann weitgehend symmetrisch im längerwelligen (Stokes-Seite) oder kürzerwelligen (Anti-Stokes-Seite) Bereich beobachtet werden. Vielfach wird nur ein Bereich (die Stokes Seite, also längerwellig) gemessen um den apperativen Aufbau in Grenzen zu halten...
Bei der Ra­man-Spek­troskopie wird die zu un­ter­suchende Probe mit monochro­ma­tischem Licht (üblicher­weise ein­er leis­tungss­tarken Laserquelle) be­s­trahlt. Das Spek­trum des an der Probe gestreuten Lichts wird gemessen. Ein sehr klein­er Teil des zurück­ges­trahl­ten Lichts weist Fre­quen­zun­ter­schiede zum einge ... moreBei der Raman-Spektroskopie wird die zu untersuchende Probe mit monochromatischem Licht (üblicherweise einer leistungsstarken Laserquelle) bestrahlt. Das Spektrum des an der Probe gestreuten Lichts wird gemessen. Ein sehr kleiner Teil des zurückgestrahlten Lichts weist Frequenzunterschiede zum eingestrahlten Licht auf (Raman-Shift). Diese entsprechen den für das Material charakteristischen Energien von Rotations-, Schwingungs-, Phonon- oder Spinflip-Prozessen. Der Raman-Effekt kann weitgehend symmetrisch im längerwelligen (Stokes-Seite) oder kürzerwelligen (Anti-Stokes-Seite) Bereich beobachtet werden. Vielfach wird nur ein Bereich (die Stokes Seite, also längerwellig) gemessen um den apperativen Aufbau in Grenzen zu halten...
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In­clu­sionsInclusions are inside the crystal enclosed foreign materials like liquids, gases, hydrocarbons (oil, asphalt), sediment, NaCl, as well as other minerals or crystals. Inclusions can be a sort of fingerprint of the place of dicovery. Thus inclusions show us under which geologic conditions minerals had formed. This allows conclusions on the place of discovery.

The article deals with the different kinds of inclusions, her conditions of build, which minerals do often have inclusions and how they appear.

(Full text in german)
In­clu­sions are in­side the crys­tal en­closed for­eign ma­te­rials like liquids, gas­es, hy­dro­car­bons (oil, as­phalt), sed­i­ment, Na­Cl, as well as other min­er­als or crys­tals. In­clu­sions can be a sort of fin­ger­print of the place of di­cov­ery. Thus in­clu­sions show us un­der which ge­o­log­ic con­di­tions min­er­als had ... moreInclusions are inside the crystal enclosed foreign materials like liquids, gases, hydrocarbons (oil, asphalt), sediment, NaCl, as well as other minerals or crystals. Inclusions can be a sort of fingerprint of the place of dicovery. Thus inclusions show us under which geologic conditions minerals had formed. This allows conclusions on the place of discovery.

The article deals with the different kinds of inclusions, her conditions of build, which minerals do often have inclusions and how they appear.

(Full text in german)
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TwinsThe study of twins starts due to the very first beginnings of crystallography as a science. Not negligible for this reason, the idea or the concept of a twin crystal are often associated with a macroscopic building. Modern studies at the nano scale have shown that the formation of twins can occur at a very early stage of crystal growing. Based on these findings, it does beg the request to reconsider the formation mechanisms, and adjacency to the newly different categories. (Text in german)
The study of twins starts due to the very first be­gin­n­ings of crys­tal­log­ra­phy as a sci­ence. Not neg­li­gi­ble for this rea­son, the idea or the con­cept of a twin crys­tal are of­ten as­so­ci­at­ed with a macro­s­cop­ic build­ing. Mod­ern studies at the nano scale have shown that the for­ma­tion of twins can oc­cur at ... moreThe study of twins starts due to the very first beginnings of crystallography as a science. Not negligible for this reason, the idea or the concept of a twin crystal are often associated with a macroscopic building. Modern studies at the nano scale have shown that the formation of twins can occur at a very early stage of crystal growing. Based on these findings, it does beg the request to reconsider the formation mechanisms, and adjacency to the newly different categories. (Text in german)
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Edelsteintage Konstanz
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