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  ȫ��׃ů�͚��׃�����������{��������棬��ˣ��S�������ѽ�(j��ng)�ƶ�����̼�_��������̼�к��������p̼��Ŀ��(bi��o)���Ԝp��̼�ŷš�������̼�ŷŵ���Ҫ��Դ֮һ�����ܺ�ռ���ܺĵ��ķ�֮һ���ϡ����У�ͨ�^�T���������pʧռһ�����ϣ��؄e����͸��������ռ�ȘO��ĬF(xi��n)�������У����͸��ꖹ���a(ch��n)���ܶ�����������̫ꖹ��еĽ��t�ⲿ����ݗ������Ҫ��Դ��������ν��t��������Ч�����҃�(n��i)�ضȣ�����������ԴΣ�C��

  ᘌ��������}�������Ƽ���W(xu��)�/�����ȈF꠵����O(sh��)Ӌ��һ�N���ھۺ����ɢҺ��(PDLC)��(f��)�ϲ��ϵ������p�������ܴ����������y�{�׾�����͸����(d��o)�늘O��TCE������Tm³⁺/Yb³⁺-Cs_xWO₃��Tm³⁺/Yb³⁺-CWO��������t�����κͿ՚�����ӡ�ԓ���ܴ�����������ͨ�^���늉��Ĵ�С���ƌ���Ҋ��ͽ��t����͸�����Ԍ��F(xi��n)̫ꖹ�ĄӑB(t��i)�{(di��o)�أ�߀����һ�������坍���������P(gu��n)�����ԡ�A novel dual-functional flexible dimming film for smart window applications: energy saving and self-cleaning performance�����}�l(f��)����Chemical Engineering Journal�������Ƽ���W(xu��)�²��ϼ��g(sh��)�о�Ժ�����������µ�һ���ߣ������Ƽ���W(xu��)/������W(xu��)����ڡ������Ƽ���W(xu��)��������Ƹ���о��T�������������ڞ鹲ͬͨӍ���ߡ� 

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1. �ɹ��Ƃ�ϳ���Tm³⁺/Yb³⁺-CWO�{������

Figure 1. (a) UC emission spectra of CWO-0.1/5, 0.3/5, 0.5/5 and 0.7/5; (b) photographs of UC emission; (c) energy level diagram of Tm³⁺ and Yb³⁺ ions and the UC process; (d) fluorescence lifetime curve; (e) Photocurrent diagram of different particles; (f) infrared thermal images of samples CWO, CWO-0.1/5 and CWO-0.5/5 under the infrared light; (g) transmission spectra of films coated with CWO, CWO-0.1/5, CWO-0.3/5, CWO-0.5/5 and CWO-0.7/5, respectively; (h) photographs of the PDLC coated with different films; (i) transmission spectra of films coated with 0.1C, 0.3C, 0.5C and 0.7C -0.5/5, respectively.

2. �Ƃ�PDLC/Tm³⁺/Yb³⁺-CWO ��(f��)�ϱ�Ĥ

Figure2. (a) Schematic diagram of the structure of PDLC film; (b-c) longitudinal and cross-sectional images of the polymer matrix in PDLC layer; (d) The electro-optical response of the initial PDLC film and the PDLC coated with Tm³⁺/Yb³⁺-CWO layer; inset: response time curve of film; (e) photographs showing the appearance variation of the composite PDLC under different voltages; (f) transmission spectra of composite PDLC under different voltages.

3. ���ܴ���(g��u)��

Figure 3. (a) Schematic diagram of smart windows based on composite PDLC and its working mechanism; (b) schematic working principle of the smart window; (c) photos of the smart window at different voltage. Concentration of CWO-0.5/5 in four window samples: (I) CWO-0.5/5 = 0g/ml, (II) CWO-0.5/5 = 0.011g/ml, (III) CWO-0.5/5 = 0.005g/ml, (IV) CWO-0.5/5 = 0.007g/ml;

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  ԭ��朽ӣ�https://doi.org/10.1016/j.cej.2024.150601