#fibrous

Crystal habit refers to the characteristic external shape or appearance of a crystal, It describes the typical growth pattern or overall morphology of individual crystals or aggregates of a mineral species. Crystal habits: prismatic, columnar, tabular, acicular, fibrous, bladed, equant, massive, granular, dendritic, botryoidal, reniform, stalactitic, cubic & Radial mineral formations.

Flowers jostling for attention

i would post pictures, but it's basically a stump right now and i'd like to get it tidied up as much as i can first. i might also wait for the little branches to fill in more and then post before and after pictures or something way down the line (lets hope it doesn't immediately die for some reason after all of this)

Join us under the Sea! We have a few spectacular Fibrous Malachite Specimens which look very coral like & the chatoyancy is AMAZING. We have a video of the Malachite posted in our Stories. The Malachite are perfect to show off our adorable new fish 🐠 carvings debuting this Fri & Sat. on our Live! - If you have not checked out @cat_wrangler_rescue please give her a follow. The Rescue will receive a donation from the Live Sale. 💗🐾 - - - #fish #underthesea #malachite #fibrous #fibrousmalachite #orangecalcite #bluecalcite #greencalcite #rojorubí #browncalcite #fishinglife #fishofinstagram #fishtank #crystallover #crystalline #coral #fishy #livesale #crystallivesale #malachitestone #malachites #happyfish #crystalcommunity #spiritanimal #animaltotem #shareyourheart #handsofspirit (at Hands of Spirit Gallery) https://www.instagram.com/p/CQY1HhKhlXu/?utm_medium=tumblr

rocksforthespirit

Fibrous Malachite... In love 💘

Thermally induced phase separation is another bottom-up approach to making nanofibers and a well-interconnected network, which is based on the thermodynamic demixing of a homogeneous polymer solution due to exposure to another immiscible solvent or rapid cooling of the solution below a bimodal solubility curve. The demixing can be for solideliquid (binary polymeresolvent mixtures) or liquideliquid (usually for ternary polymer/solvent/nonsolvent mixtures). As a result, the polymer solution is separated into a polymer-rich phase and a polymer-poor phase. After removal of the solvent, the polymer-rich phase solidifies and forms a porous scaffold. In fact, in addition to nanofibers, a range of morphologies such as open- or closed-pore membranes are possible depending upon the separation conditions. The most important parameters affecting morphology are polymer type and concentration, polymer molecular weight, solvent/nonsolvent ratio, and cooling path. These parameters manipulate the phase-separation processes, such as the gelation and solvent-exchanging process. The process can be used for a large number of thermoplastics, such as polyurethane, polyvinylidene difluoride,

Chrysotile Serpentine