国内精品国产三级国产在线专_欧美日韩在线播放一区二区_成人xxxx视频_欧美激情视频一区_色女人综合av_久久久亚洲影院_久久久久久九九_成人免费网站在线_日韩美女毛茸茸_狠狠干一区二区

  �B�m(x��)Һ��������죨Continuous Liquid Interface Production��CLIP����2015��������һ�(xi��ng)�����Թ�̻�3D��ӡ���g(sh��)��CLIP���������������ã���ͶӰ�����Ϸ��γɟo���̻��Ę�֬���� ��dead zone���������˹̻��Ĵ�ӡ���cͶӰ���ڵ�ճ�B����(sh��)�F(xi��n)��3D��ӡ�^�̵��B�m(x��)���죬�M(j��n)������Ч���Ƃ��y(t��ng)3D��ӡ�г����F(xi��n)�ġ��_�A��Ч��(y��ng)������������3D��ӡ�ٶȺ;��ȡ��L���ԁ���3D��ӡ���ϷN�ƫ�٣������ܶ๦��3D��ӡ���υT�����ںܴ�̶����Ƽs��3D��ӡ���g(sh��)�đ�(y��ng)�úͰl(f��)չ���؄e�nj���CLIP�@�(xi��ng)����3D��ӡ���g(sh��)�����m��Ĵ�ӡ���ϸ��٣�����Ҫ������Carbon 3D��˾�Ŕࡣᘌ��@һ�F(xi��n)��Ĵ���W(xu��)�߷����о����R�N�x����/���������ڈF(tu��n)�(du��)�ڇ�����Ȼ�ƌW(xu��)�������c(di��n)�(xi��ng)Ŀ���ۺ����΢�{�׹��܏�(f��)�ϲ���3D��ӡ�ӹ��Ļ��A(ch��)�ƌW(xu��)���}�о����Y���£��_չ��CLIP��ӡ�����ϵ�y(t��ng)�����о����_�l(f��)����N�����CLIP��ī���ɹ���(sh��)�F(xi��n)һϵ�о��Џ�(f��)�s���S�Y(ji��)��(g��u)�����⹦���Ƽ���3D��ӡ��

һ

  �_�l(f��)�������������������Ժ͹��T��(d��o)���ܵļ{���u���׻�ʯ��n-HA����PEGDA�ď�(f��)��ˮ��CLIPīˮ��ͨ�^CLIP���ٳ��ͷ�ʽ��ӡ�����Џ�(f��)�s���S�Y(ji��)��(g��u)�͸����W(xu��)���ܵ�������ϡ��о��l(f��)�F(xi��n)�����l(f��)���ķN�����������ӡ��������ϵĴ�ӡ���Ⱥͼ�(x��)������Ӱ��@������������@΢�R��Ƭ�@ʾ����(d��ng)n-HA��������1.0 wt%�r(sh��)������PEGDA���w�о����ɢ���w�F(xi��n)���{������(qi��ng)Ч��(y��ng)���؄e�Ǯ�(d��ng)n-HA������1.0 wt%�r(sh��)������(qi��ng)Ч����ѣ����s��(qi��ng)�Ⱥ�ģ���քe��6.5 MPa��41.7 MPa���ȼ�PEGDAˮ���z�����342%��115%�����⣬n-HA�ļ������@������3D��ӡ�{�׏�(f��)��ˮ���z�ı������ܺ�������ԣ����������(y��ng)���ڹǽM�����̡��@�(xi��ng)�о����հl(f��)���� Journal of Materials Chemistry B, DOI: 10.1039/d0tb02182b.ԓ���ϵ�����W(xu��)�u�r(ji��)������Ҫ���ؑc�t(y��)�ƴ�W(xu��)����ľ��ʿ��ɣ��ڴ˱�ʾ���x��

(A₁) Photographs of the n-HA/PEGDA inks and (A₂) 3D prints from the corresponding inks with different n-HA loadings (0 wt%, 0.5 wt%, 1.0 wt%, 1.5 wt% and 2.0 wt% for samples 1�C5, respectively); and (B₁�CF₁) the 3D models and 3D prints with different n-HA loadings, 0 wt% (B₂�CC₂) and 1.5 wt% (D₂�CF₂).

Images of cell viability cultured on a cell culture plate (A) and CLIP-printed PEGDA composites (B�CF) with different n-HA loadings (0 wt%, 0.5 wt%, 1.0 wt%, 1.5 wt% and 2.0 wt%) after 7 days of culture. The scale bar is 200 mm (1: cells were observed under IPCM; 2: the cytoskeletal structure was stained by Alexa Fluor with red under CLSM; and 3: the cell nuclei were stained by DAPI with blue under a CLSM).

��

  ���Ƴ��ɴ�ӡ�Π�ӛ������ˮ���z��CLIPīˮ��ԓīˮ��ˮ���zǰ�(q��)�w���������c�ͱ�ϩ�������͹����l(f��)���M�ɣ�ͨ�^CLIP���g(sh��)���ɹ���ӡ����ͬ���S�Y(ji��)��(g��u)�ĺ������c�;۱�ϩ�����p�W(w��ng)�j(lu��)ˮ���z��ԓˮ���z��(n��i)�������x�Ӻ͹��r(ji��)��“(li��n)�p�W(w��ng)�j(lu��)�Y(ji��)��(g��u)����˱��F(xi��n)����(y��u)�������W(xu��)���ܣ��ɳ���90%�ĉ��s��׃��ͬ�r(sh��)�����ڿ���Ľ���-���w��λ���ã�ˮ���z�������}�x�Ӻ�ɕ��r(sh��)�̶��������Π����ȥ���x�Ӻ�֏�(f��)��ԭʼ�Π�@ʾ���x��푑�(y��ng)���Π�ӛ��Ч��(y��ng)�����⣬�����x�ӵĴ���Ҳ�ܘO�����ˮ���z��늌�(d��o)�ʡ��@�N���Џ�(f��)�s�׺��Π��3D��ӡ�๦��ˮ���z�ںܶ��I(l��ng)���؄e��һЩ������������ИO�ߑ�(y��ng)�Ý�����ԓ�о������l(f��)����Carbohydrate Polymers, 2020, 231, 115736

(a)�C(e) Scheme of the chemical composition of liquid resin and the mechanism of photo-polymerization and crosslinking; (f)�C(h) 3D printed gear, star and letters.

(a, b) Shape memory effect of the hydrogel induced by metal ions (calcium and iron ions)

��

  �Ԯ���ͪ�������������׻���ϩ���u�������w�S�����ᶡ���� (CAB)��ԭ�ϣ��ϳɳ��ɹ�̻���CAB�����PC-CAB����CLIP��ӡ��ī��PC-CAB����ϩ������Ԇ��w�������l(f��)����һ��������(g��u)�ɡ��ɹ���ӡ����N�Y(ji��)��(g��u)��(f��)�s�ҷֱ��ʸߵ��Ƽ���UV��̎�����M(j��n)һ����ߴ�ӡ�������W(xu��)���ܣ�����͏�����(qi��ng)�ȿɷքe�_(d��)��44.67 MPa��64.53MPa�����δUV��̎���Ʒ�����115%��228%�����⣬���ڃ�(n��i)���Ĺ��r(ji��)�I��“(li��n)�Y(ji��)��(g��u)��ԓ���Ͼ������õ����܄�����A���ܺ̓�(y��u)���ğ᷀(w��n)�����ܡ�ԓ�����l(f��)����Carbohydrate Polymers, 2019, 207, 609-618���@�ڙ�(qu��n)�Ї��l(f��)������һ�(xi��ng)�������B�m(x��)Һ����������3D��ӡ���w�S�ػ���̻���֬��ZL201711285351.1��

(a) Scheme of a CLIP printer showing its structures and working mechanism and the printing and UV-PT processes for a dog-bone sample. (b) Reaction mechanism of the PC-CAB ink under light radiation.

(a) Evaluation of the overall stability of a 3D printed bar (6 cm × 1 cm × 4 mm) with an appropriate indicator (200 g load) in DCM. Comparative mechanical (b, c) of the 3D prints subjected to treatments in DCM, 1.0 M HCl, 1.0 M NaOH solutions for 3 h, respectively. The inset picture in (b) shows the appearance of a dog-bone sample during 3 h immersion in DCM

  Փ��朽ӣ�

  https://pubs.rsc.org/en/content/articlelanding/2021/tb/d0tb02182b#!divAbstract

  https://www.sciencedirect.com/science/article/pii/S0144861719314043

  https://www.sciencedirect.com/science/article/pii/S0144861718314607