Resonances and dispersion relations in elementary particle physics

High energy photonuclear reactions in oxygen, iodine and gold

Undulator physics and coherent harmonic generation at the MAX-lab electron storage ring

The hyperfine structure : a message from the inner circle

Peopling Prehistoric Coastlines : Identifying Mid-Holocene Forager Settlement Strategies in Northern Norway

In circumpolar regions, coastlines offer rich constellations of diverse resources, and have long been a focus of human habitation. Despite the rich archaeological records that are located along many northern coastlines, there is a relatively limited understanding of the range of factors that informed local settlement strategies. Northern Norway has one of the world’s longest and best-preserved arc

Online Workshop "Good Faith in Public Law"

Optical properties of the deep impurity oxygen in gallium phosphide

China and COVID-19 : A Central-Local 'Chess Game'

Excited states of free atoms in the dimension of time

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China’s Dilemma : Providing a Global Blueprint or Retaining Chinese Characteristics?

"How has Wuhan achieved this without a vaccine? Anyone?"

Covid-19 and the Risks of Decentralisation : Crisis Management as Central-Local Risk Management in China

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Chinese (Anti-)Constitutionalism : Sino-Marxism, Xi Jinping Thought, and Hong Kong

EU-China legal and judicial cooperation in the era of Sino-Marxism and Xi Jinping thought

Flow-injection determination of trace hydrogen peroxide or glucose utilizing an amperometric biosensor based on glucose oxidase bound to a reticulated vitreous carbon electrode

An electron transfer mediator, 8-dimethylamino-2,3-benzophenoxazine (Meldola Blue), dissolved in the carrier solution in a flow-injection system, was found to reduce the oxidation potential for hydrogen peroxide from 600-1200 mV without mediator to - 100 mV vs. Ag/AgCl with the mediator present. The very low background current of reticulated vitreous carbon (RVC) at this potential makes it possibl

An integrated thermal biosensor array for multianalyte determination demonstrated with glucose, urea and penicillin

An integrated thermal biosensor array was designed and fabricated for the simultaneous determination of glucose, urea and penicillin. The sensor contains six thin-film thermistors which were fabricated on quartz chip by micromachining and semiconductor technology. This sensor allows the determination of three different analytes nearly simultaneously by serially partitioning a single microchan

Development of an integrated thermal biosensor for the simultaneous determination of multiple analytes

A flow injection thermal microbiosensor was designed for the simultaneous determination of multiple analytes. The biosensor consisted of five thin-film thermistors which were located along a single microchannel. The device was fabricated on a quartz chip by micromachining. The feasibility of employing this system for the detection of two independent enzyme reactions was demonstrated using two diff