focused on additives to molten sulf

focused on additives to molten sulfur that are stable at high
temperatures, as well as the ability to either synthesize
nanoparticles using sulfur as a copolymer[26] or incorporate
preformed nanoparticles into the polymer to alter the
materials properties.
[25,27] Bear et al. demonstrated that sev￾eral types of nanoparticles could be incorporated into poly(S￾r-DIB) polymers, including gold nanoparticles, InP/ZnS
quantum dots (QDs), iron oxide nanoparticles, and lead
sulfide nanocrystals (Figure 4).[25]

結果 (中文) 1:

侧重于对熔硫添加剂是有稳定在高温度，以及要么合成能力纳米粒子作为一种共聚物 [26] 使用硫或纳入纳米颗粒预制成聚合物来改变材料属性。[25,27] 熊等人证明 sev 一般类型的纳米粒子可纳入聚 (S r-DIB) 聚合物，包括金纳米粒子，磷化铟/ZnS量子点）、 三氧化二铁纳米颗粒和铅硫化物纳米 (图 4)。[25]

結果 (中文) 2:

additives quod sunt focused in sulphur et sculptile conflavit ad stabile excelsum
temperaturis, ut in facultate, aut synthesize
nanoparticles usura a sulphure, quod copolymer [XXVI], sive incorporate
Preformed nanoparticles polymer ad mutare, in
propria materia.
[25.27] Sustine et al. quod demonstrandum typos de tem plo ??? nanoparticles potest incorporantur, Donec (R, S ??? DIB) polymerorum, possidet aurum nanoparticles, inp / ZNS
quantum dots (QDs), nanoparticles cadmiae ferrum, et plumbum
sulfide nanocrystals (Figura IV ). [XXV]

結果 (中文) 3:

集中在高稳定的熔融硫磺添加剂温度，以及任一合成的能力纳米粒子用硫作为共聚物[ 26 ]或合并预制纳米粒子进入聚合物改变材料的性能。[ 25,27 ]熊等人。证明了几￾艾莱依类型的纳米粒子可以被纳入聚（S￾r-dib）聚合物，包括金纳米粒子，InP／ZnS量子点（量子点）、氧化铁纳米粒子和铅硫化物纳米晶体（图4）[ 25 ]