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彭博股指:SpaceX将于2026年6月24日收盘时被纳入彭博全球股指的大盘股板块。
2026-06-23
彭博股指:SpaceX将于2026年6月24日收盘时被纳入彭博全球股指的大盘股板块。
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2026-06-23
France’s private-sector contraction eased in June as output declines in both manufacturing and services moderated. S&P GLOBAL MARKET INTELLIGENCE’s preliminary composite PMI rose to 47.6, a two-month high. Manufacturing PMI was 50.7, the strongest in two months; services PMI improved to 47.4, a three-month high but still in contraction. New orders fell for a seventh month, though the decline was the smallest since February; export orders posted a steep drop, the second-fastest since Dec 2024. Em
France’s private-sector contraction eased in June as output declines in both manufacturing and services moderated. S&P GLOBAL MARKET INTELLIGENCE’s preliminary composite PMI rose to 47.6, a two-month high. Manufacturing PMI was 50.7, the strongest in two months; services PMI improved to 47.4, a three-month high but still in contraction. New orders fell for a seventh month, though the decline was the smallest since February; export orders posted a steep drop, the second-fastest since Dec 2024. Employment stabilised after a sharp fall in May and business confidence rose for the first time since January. Input-cost pressures eased for the first time since February and some firms cut prices, reducing output price inflation. S&P GLOBAL MARKET INTELLIGENCE senior chief economist Joe Hayes said the PMI rebound offers some relief after Q1 GDP was revised down to show QoQ contraction. He added that softer survey price indicators, partly reflecting a recent decline in global oil, may signal easing inflationary pressure, but shipping uncertainty in the Strait of Hormuz still clouds the outlook.
2026-06-22
Researchers at the Institute of Process Engineering, Chinese Academy of Sciences, with Shenzhen University developed a polymer "latch" mechanism to assemble nanoparticles into a three-dimensional photothermal evaporator that sharply raises solar-driven seawater evaporation. The structure achieves 90.2% solar absorption; nanoscale confinement alters the water hydrogen-bond network and cuts the energy required for the same evaporation volume by 45.7%. A single evaporator recorded an evaporation ra
Researchers at the Institute of Process Engineering, Chinese Academy of Sciences, with Shenzhen University developed a polymer "latch" mechanism to assemble nanoparticles into a three-dimensional photothermal evaporator that sharply raises solar-driven seawater evaporation. The structure achieves 90.2% solar absorption; nanoscale confinement alters the water hydrogen-bond network and cuts the energy required for the same evaporation volume by 45.7%. A single evaporator recorded an evaporation rate of 38.1 kg/hr per m2, 8.5x the team’s prior 2D films. In a 30-day accelerated seawater aging test there was no nanoparticle shedding; the material produced no photo-induced reactive free radicals and addressed organic-substrate degradation. Results published in Advanced Materials. The team is working to improve condensation efficiency and reduce system costs to enable scale-up for coastal water-scarce regions, islands and remote agricultural irrigation.
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