Finally, at 15, Wang’s grandfather allowed him to start his suona training. In addition to practicing on the instrument, every day, he was to blow through a hollow reed into a basin of water to improve his breathing technique. At first, he couldn’t even make bubbles. After a year of practicing for hours each day, his grandfather gave him his first performance opportunity — but stage fright got the best of him.
Jihui Yang is currently the Kyocera Associate Professor at Materials Science and Engineering Department of the University of Washington, Seattle, Washington. Prior to joining the University of Washington in the Fall of 2011, he was a Technical Fellow and Lab Group Manager at GM Research and Development Center, responsible for leading GM’s research on Li-ion battery materials and systems; as well as advanced thermoelectric materials and technology development.
Born Linghu Jihua, Ling was the third son to Linghu Ye (令狐野), a party official, in Pinglu County, Shanxi Province. He and all four of his siblings received names related to the Communist Party's policies. His own name, Jihua, means "planning". In December 1973, as with many other young Chinese, he was sent to work in the countryside as part of the Down to the Countryside Movement. Ling worked in a printing factory. "Linghu" is a very rare surname, eventually most members of the Ling family shortened the "Linghu" to "Ling".
In June 1975, Ling was admitted into the Communist Youth League (CYL) organization in Pinglu County, and was soon elevated to deputy secretary of the local CYL committee. He joined the Communist Party of China in June 1976. In December 1978, Ling was transferred to Communist Party's Yuncheng Committee in Shanxi. In 1979, Communist Youth League's central organization selected young cadres nationwide to work in the capital. Ling, at the age of 23, was recruited to work in the propaganda department of CYL Central Committee.
Silicon (Si) has been regarded as next-generation anode for high-energy lithium-ion batteries (LIBs) due to its high Li storage capacity (4200 mA h g−1). However, the mechanical degradation and resultant capacity fade critically hinder its practical application. In this regard, we demonstrate that nanocoating of Si spheres with a 3 nm titanium diox...
THERE’S NOTHING LIKE visiting Finland to make an English-speaker appreciate the value of words borrowed from other languages. Finnish, as I learned during a trip earlier this month, is an agglutinative language, in which parts of words stay distinct instead of fusing together. This makes for very long words, like “kahdenneksikymmenenneksiyhdeksänneksi” (one way to say “29,” according to my guidebook), and considerable bewilderment for a visitor. To me, it might as well have been Klingon, only with more umlauts. Every now and then, though, a light would shine through the darkness: I’d catch something like “hot jooga” or “muffensi” or “grill maisteri,” and sigh with relief.
Linguistic loans can appear in a number of forms: Some float on the surface of a language, while others are more integrated. Because English and Japanese have very different sound systems, for instance, Japan often adapts words in ways that make them nearly unrecognizable to English-speakers. Über-Japanese media franchise Pokémon actually takes its name from English (“pocket monster”). Japan’s “puroresu” is another abbreviated compound, from “professional wrestling”; similarly, the extra syllables required to pronounce English consonants have given rise to “purasuchikku” (“plastic”) and “furai” (“fry”). Then there are loans where a word stays intact but the meaning shifts. A “smoking” is French for a tuxedo, and a “dressman” is a German male model. Chinese people say they want to “high” when they want to have a (non-drug-related) good time.
The importance of porous carbon as the support material is well recognized in the catalysis community, and it would be even more attractive if several characteristics are considered, such as the stability in acidic and basic media or the ease of noble metal recovery through complete burn off. Because it is still difficult to obtain constant propert...