Status
Available
Call number
Library's review
Indeholder "Den danske redaktionskomités forord", "Forfatterne forord", "1. Faste stoffer og krystaller", " De tre tilstandsformer", " Orden og uorden", " Krystallers vækst", " Forstyrrelser af ordenen (fejlsteder)", " Mineralernes tilblivelse", " Ioner og salte", "2. Opløsninger", "
Krystallografi forklaret med mange eksempler.
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Opløsningers natur", " Opløsninger af salte i vand", " Mætning og overmætning", "3. Opløselighedsdiagrammer", " Forholdet salt til vand", " Salte, der danner hydrater", "4. To metoder til dyrkning af krystaller", " Fremstilling af en mættet opløsning", " Fremstilling af et krystalkim", " Fremstilling af vækstopløsninger til underafkølingsmetoden", " Anbringelse af krystalkimet (podning) ved underafkølingsmetoden", " Ændringer i fremgangsmåden ved fordampningsmetoden", " Dyrkning og indsamling af krystallerne", " Et eksempel på en opskrift", " Sammenligning af de to metoder", "5. Tolv opskrifter på krystaldyrkning", " Kaliumaluminiumsulfat - dodecahydrat", " Kaliumchromisulfat - dodecahydrat", " Kaliumnatriumtartrat - tetrahydrat", " To nikkelsulfathydrater", " Natriumbromat", " Natriumchlorat", " Natriumnitrat", " Kaliumferricyanid", " Kobberacetat-monohydrat", " Strontiumformiat-dihydrat", " Lithiumtrinatriumchromat-hexahydrat", " Calciumkobberacetat-hexahydrat", "6. Krystallernes byggestene", " Krystalformer", " Afvigelser fra regelmæssig vækst", " Vinklerne mellem de naturlige flader", "7. Krystallernes symmetri", " Begrebet symmetri", " Symmetrioperationer", " Symmetri i tre dimensioner", " De seks krystalsystemer", "8. Ordningen af atomerne i en krystal", " Todimensionale byggesten og atomer", " Opbygningen af virkelige krystaller", " De tætteste kuglepakninger", " Elementarceller hos tætteste kuglepakninger", " Andre strukturer", "9. Spaltelighed og glidning hos krystaller", "10. Smeltning og omdannelse af krystaller", "11. Den piezoelektriske effekt", "12. Nogle optiske eksperimenter", "13. Klassifikation af krystaller", " Habits, der røber en krystals symmetri", " Kombinationsstriber og de toogtredive symmetriklasser", " Ætsningsfigurer", " Skruelignende opførsel hos krystaller", " Asymmetriske molekyler", "Tillæg", " Historisk oversigt", " Oversigt over symmetriklasserne", " Løsninger til opgaverne", " Forslag til små eksperimenter", " Bygning af et spektroskop", " Kemiske betegnelser", " Materiallister", "Litteratur", "Register".Krystallografi forklaret med mange eksempler.
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Publication
[Kbh.] Gyldendal, 1962 270 s. ill. + tvl. Kvantebog K 7
Description
This clearly illustrated explanation of the basic principles of crystals may be used as a text or supplementary sourcebook by high-school students (for which it was originally written), students at the junior college or undergraduate level, or the general reader with an interest in science.
User reviews
LibraryThing member Pferdina
Remarkably easy to read and understand, this book contains recipes for growing your own beautiful crystals at home, but also a wealth of chemical and physical information described in clear language with simple black-and-white drawings and photographs.
LibraryThing member HoraceSPatoot
I had this book when I was a teenager and loved it. I could neither acquire nor afford most of the chemicals that I would have wanted, but I did finally get the local pharmacist to order me some alum.
My few successes and many failures using this book were so rewarding, and the explanations of
My few successes and many failures using this book were so rewarding, and the explanations of
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equilibrium and saturation were so well done and interesting that this is one of a handful of books that led me eventually to become a professional chemist almost thirty years ago. Show Less
LibraryThing member hcubic
This book can light up the imagination of a young person interested in doing science with their own hands. It did for me.
Subjects
Language
Original language
English
Physical description
270 p.; 20.2 cm
Local notes
Omslag: Austin Grandjean
Omslaget viser blandt andet fig. 55, som er tre forskellige krystalformer af kvarts
Indskannet omslag - N650U - 150 dpi
Oversat fra amerikansk "Crystals and Crystal Growing" af Erik Rüdinger
Kvantebog, bind 7
En artikel om Alan Holden i anledning af hans død i 1985 har en pudsig historie med:
His expertise in crystal growing led to a bit of physical chemistry sleuthing, and solved a mystery in the Western Electric plants producing EDT. Some of the large EDT crystals in one of the plants acquired little wartlike growths, which ate their way into the big crystal and turned white when the crystal was stored on the shelf.
The manager of a second plant came to offer assistance, but could find nothing wrong with the methods being used. When he returned to his own plant, the EDT crystals there developed the same warts. After he visited a third plant, the warts developed there. Holden's help was sought. He dissolved the 'wart' crystals and grew good EDT crystals from the solution.
He proceeded to determine that the wart crystals were a hydrated form of EDT not previously known. Once seeded, it was the stable form at the growing temperatures being used in the plants. In a few days of laboratory work, Holden found the temperature stability ranges of the hydrated and anhydrous forms.
A small change of temperature in the growing tanks then prevented the growth of the unwanted form, whose seeds the unfortunate plant manager had unwittingly carried from plant to plant. This incident inspired Kurt Vonnegut to write the science-fiction novel Cat's Cradle.
Omslaget viser blandt andet fig. 55, som er tre forskellige krystalformer af kvarts
Indskannet omslag - N650U - 150 dpi
Oversat fra amerikansk "Crystals and Crystal Growing" af Erik Rüdinger
Kvantebog, bind 7
En artikel om Alan Holden i anledning af hans død i 1985 har en pudsig historie med:
His expertise in crystal growing led to a bit of physical chemistry sleuthing, and solved a mystery in the Western Electric plants producing EDT. Some of the large EDT crystals in one of the plants acquired little wartlike growths, which ate their way into the big crystal and turned white when the crystal was stored on the shelf.
The manager of a second plant came to offer assistance, but could find nothing wrong with the methods being used. When he returned to his own plant, the EDT crystals there developed the same warts. After he visited a third plant, the warts developed there. Holden's help was sought. He dissolved the 'wart' crystals and grew good EDT crystals from the solution.
He proceeded to determine that the wart crystals were a hydrated form of EDT not previously known. Once seeded, it was the stable form at the growing temperatures being used in the plants. In a few days of laboratory work, Holden found the temperature stability ranges of the hydrated and anhydrous forms.
A small change of temperature in the growing tanks then prevented the growth of the unwanted form, whose seeds the unfortunate plant manager had unwittingly carried from plant to plant. This incident inspired Kurt Vonnegut to write the science-fiction novel Cat's Cradle.
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Pages
270
DDC/MDS
| 548 |