Revisiting the Chemistry of Phosphinidene Sulfides

The reaction of triethylamine with the [4 + 2] cycloadducts of phosphole sulfides and 3-bromo-<i>N</i>-phenyl­maleimide provides a convenient access to phosphinidene sulfides [RPS]. These transient species are trapped by 2,3-dimethyl-1,3-butadiene to give the previously unknown trivalent [4 + 2] cycloadducts. One of these (R = Ph) has been characterized as its P-W­(CO)₅ complex by X-ray crystal structure analysis. With cyclopentadiene, the subsequent insertion of a second molecule of [RPS] leads to a new type of bicyclic product containing a thia­diphos­pholane ring

Exploring the spatial dimensions of nanotechnology development in China: the effects of funding and spillovers

<p>This paper investigates the factors driving nanotechnology development in Chinese regions. Advanced regions of China have spearheaded the country’s rapid growth in nanotechnology, aided by substantial support from the government. While this head start could potentially perpetuate regional inequalities through agglomeration economies, the results suggest that knowledge spillovers exert a substantially greater impact in peripheral regions compared with the advanced ones, and may thus be compensating for the limited institutional support they receive and their weak technological capabilities. This research contributes to the regional innovation literature by highlighting that a formal scientific network can counteract the forces of agglomeration economies and spur innovation in peripheral regions.</p

sj-docx-1-jtr-10.1177_00472875231200494 – Supplemental material for When Essence is Lost: The Consequences of Commercialization in Historical Towns

Supplemental material, sj-docx-1-jtr-10.1177_00472875231200494 for When Essence is Lost: The Consequences of Commercialization in Historical Towns by Jiaying Lyu, Yi Huang and Lili Wang in Journal of Travel Research</p

Exploring the spatial dimensions of nanotechnology development in China: the effects of funding and spillovers

<p>This paper investigates the factors driving nanotechnology development in Chinese regions. Advanced regions of China have spearheaded the country’s rapid growth in nanotechnology, aided by substantial support from the government. While this head start could potentially perpetuate regional inequalities through agglomeration economies, the results suggest that knowledge spillovers exert a substantially greater impact in peripheral regions compared with the advanced ones, and may thus be compensating for the limited institutional support they receive and their weak technological capabilities. This research contributes to the regional innovation literature by highlighting that a formal scientific network can counteract the forces of agglomeration economies and spur innovation in peripheral regions.</p

Grand average of the P1 component.

<p>Please note that the topographic maps did not show the distribution of voltage over the left mastoid (i.e. the reference electrode).</p

Rating for the type of emotion expressed by faces in different face-body conditions.

<p>Rating for the type of emotion expressed by faces in different face-body conditions.</p

Rating for the type of emotion expressed by faces (data are reported using percent (%) and presented as mean ± SD).

<p>Rating for the type of emotion expressed by faces (data are reported using percent (%) and presented as mean ± SD).</p

Schematic diagram of one experimental trial.

<p>Schematic diagram of one experimental trial.</p

Behavioral results, face-body compound stimuli (data are presented as mean ± SD).

<p>Behavioral results, face-body compound stimuli (data are presented as mean ± SD).</p

Grand average of the N170.

<p>Grand average of the N170.</p