The metallic element lithium (Li) has become a strategically prominent element in many
fields which has caused significantly increased demand for Li-related resources. The main …

Abstract The Jiajika lithium (Li) deposit in Sichuan Province is the largest pegmatite-type Li
deposit in China. The petrogenesis and metallogenesis of the Jiajika granitic pegmatites …

Sector-zoned clinopyroxene is common in igneous rocks, but has been overlooked in the
study of magmatic processes. Whilst concentric zoning is commonly used as a record of …

The global climate crisis is likely to lead to a potential supply risk of lithium (Li) over the
coming decades. More than half of the world's production of Li is derived from Li-bearing …

Granitic pegmatites are considered significant host rocks for the rare metal deposits.
However, the enrichment mechanisms for the rare metal elements (eg, Li, Be, Nb and Ta) …

Much of the world's Li deposits occurs as basinal brines in magmatic orogens, particularly in
continental volcanic arcs. However, the exact origin of Li enrichment in arc magmatic …

Abstract The Macusani Volcanics and related rocks (SE Peru) are well known examples of
erupted strongly peraluminous rare-metal rich silicic magmas. We used the …

Lithium deposits in tuffaceous sediments of the McDermitt caldera constitute possibly the
world's largest Li clay resource, yet their characteristics and origin are not established. The …

Identification of possible factors that affect Li-mineralizing potential is important to the
understanding of the genesis of Li pegmatites. This study provides a comprehensive …

盐湖卤水型锂矿与富锂伟晶岩是目前最为主要的可利用锂资源, 前者是经地表风化/高温水岩淋
滤形成的水体通过蒸发作用浓缩而成的卤水, 而后者被认为是陆表风化沉积物熔融产物经高演化 …