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多金属氧酸盐—卟啉复合物的合成、表征和三阶非线性光学性质的研究

学位论文数据集第4-7页
ABSTRACT第7-10页
摘要第11-20页
LIST OF FIGURES第20-23页
LIST OF SCHEMES第23-24页
LIST OF TABLES第24-25页
ABBREVIATIONS第25-27页
Part 1第27-119页
    Chapter 1 Introduction第27-51页
        1.1 NONLINEAR OPTICS第27页
        1.2 THE THIRD ORDER OPTICAL NONLINEARITY第27-29页
            1.2.1 Optical pumping(OP)第27-28页
            1.2.2 Optical limiting response and optical limiters第28-29页
        1.3 THE IMPORTANT APPLICATIONS OF 3~(RD) ORDER NLO第29-33页
        1.4 MATERIALS EXHIBIT 3~(RD) ORDER NLO RESPONSES第33-36页
            1.4.1 Insolating Materials第33-34页
            1.4.2 Semiconductors第34页
            1.4.3 Photo-refractive Materials第34页
            1.4.4 Liquids第34页
            1.4.5 Composite Materials第34-35页
            1.4.6 Organic units or Materials第35-36页
            1.4.7 Porphyrins(Por's)as Distinguish Materials for 3~(rd) Order NLO第36页
        1.5 STRATEGIES TO ENHANCE THE 3~(RD) ORDER NLO PROPERTIES OF POR'S第36-43页
            1.5.1 Symmetric porphyrin(S_4 symmetric tetrapyrole)第37页
            1.5.2 Asymmetric porphyrin第37-38页
            1.5.3 Expended porphyrin第38-39页
            1.5.4 Porphyrin Oligomers第39页
            1.5.5 Porphyrin arrays第39-40页
            1.5.6 Self organization第40-41页
            1.5.7 Limitation of Porphyrins regarding 3~(rd) order NLO第41-42页
            1.5.8 Why We Choose POM as Inorganic Unit?第42-43页
            1.5.9 Porphyrin-POM system with NLO properties第43页
        1.7 OBJECTIVE AND SIGNIFICANCE OF CURRENT WORK第43-45页
        REFERENCES第45-51页
    Chapter 2 The Measurement Techniques and Method for the ThirdOrder Nonlinearities第51-59页
        2.1 THIRD ORDER NLO MEASUREMENT TECHNIQUES第51-55页
            2.1.1 Third harmonic generation(THG)第52页
            2.2.2 Degenerate four wave mixing(DFWM)第52页
            2.2.3 Z-scan technique第52-55页
        2.4 METHOD FOR CALCULATION OF 3~(RD) ORDER OPTICAL NONLINEARITIES第55-57页
        REFERENCES第57-59页
    Chapter 3 An Efficient Approach to Enhance the OpticalNonlinearities of Porphyrin:Preparation,Characterization andProperties of New Covalently Bonded Porphyrin-PolyoxometalateHybrid System第59-91页
        3.1 BACKGROUND第59-61页
        3.2 EXPERIMENT PART第61-62页
            3.2.1 Materials第61页
            3.2.2 Instruments and measurements第61-62页
        3.3 SYNTHETIC PROCEDURES第62-64页
            3.3.1 NH_2TPPH_2第62页
            3.3.2 5-(4-Aminophenyl)-10,15,20-triphenyl-Zn metallated-porphyrin(ZnTPP-NH2)第62页
            3.3.3 5-(4-aminophenyl-3-carbomoyl benzoyl chloride)-10,15,20-triphenyl porphyrin(F@TPPH2)第62-63页
            3.3.4 5-(4-aminophenyl-3-carbomoyl benzoyl chloride)-10,15,20-triphenyl-Zn metallated-porphyrin(F@TPPZn)第63页
            3.3.5 Synthesis of (TBA)_4K_2[{C_(52)H_(32)N_5O_2Zn}HNC(CH_2O)_3P_2V_3W_(15)O_(59)] ·2(C_4H_9NO)(1)第63-64页
            3.3.6 Synthesis of (TBA)_4K_2[{C_(52)H_(34)N_5O_2)HNC(CH_2O)_3P_2V_3W_(15)O_(59)]·3(C_4H_9NO)(2)第64页
        3.4 RESULTS AND DISCUSSION第64-86页
            3.4.1 ~1H NMR studies第65-68页
            3.4.2 Electron spray ionization mass spectra studies(ESI-MS)第68-72页
            3.4.3 FT-IR studies第72-75页
            3.4.4 UV-vis.spectroscopy第75-77页
            3.4.5 Steady state spectroscopic studies of compounds 1 and 2第77-78页
            3.4.6 Spectroelectrochemical studies of compounds 1 and 2第78-79页
            3.4.7 TG-DTA analyses of compounds 1 and 2第79-80页
            3.4.8 Third-order nonlinear optical measurements第80-83页
            3.4.9 Optical limiting(OL)study for 1 and 2第83-84页
            3.4.10 Factor studies for the enhancement of NLO absorption第84-86页
        3.5 CONCLUSIONS第86-87页
        REFERENCES第87-91页
    Chapter 4.Closer is better and two is superior to one:Third-Order Nonlinear Optical Studies of a Family of Porphyrins-Anderson type Polyoxometalate Hybrid Complexes第91-119页
        4.1 BACKGROUND第91-94页
        4.2 EXPERIMENTAL第94-98页
            4.2.1 Materials and apparatus第94-95页
            4.2.2 5-(4-Aminophenyl-3-carbomoyl benzoyl chloride)-10,15,20-triphenyl porphyrin(F@TPP1)第95页
            4.2.3. Synthesis of [N(C_4H_9)_4]_3[MnMo_6O_(18){(HOCH_2)_3CCH_3}_2]·2H_2O(1)第95-96页
            4.2.4 [N(C_4H_9)_4]_3[{C_(52)H_(34)N_5O_2(OCH_2)_3CNH_2}MnMo_6O_(18)(HOCH_2)_3CCH_3)] CH_3C(O)N(CH_3)_2 (2)第96页
            4.2.5 Synthesis of [N(C_4H_9)_4]_3[(C_(49)H_(36)O_4N_5)MnMo_6O_(18)((HOCH_2)3CCH_3)] CH_3C(O)N(CH_3)_2 (3)第96-97页
            4.2.6 Synthesis of [N(C_4H_9)_4]_3[MnMo_6O_(18){C_(52)H_(34)N_5O_2(OCH_2)_3CNH_2}_2] ·2H_2O·CH_2Cl_2(4)第97-98页
            4.2.7 Synthesis of [N(C_4H_9)_4]_3[MnMo_6O_(18){C_(49)H_(36)O_4N_5}_2] (5)第98页
        4.3 RESULTS AND DISCUSSION第98-114页
            4.3.1 ~1H NMR studies第98-101页
            4.3.2 Electron spray ionization mass spectra studies(ESI-MS)第101-104页
            4.3.3 FT-IR spectroscopy studies第104-106页
            4.3.4 Thermogravimetric analyses of compounds 1-5第106-107页
            4.3.5 Third-order nonlinear optical measurements第107-110页
            4.3.6 Optical limiting (OL) studies第110-111页
            4.3.7 UV-vis. spectroscopy studies第111-112页
            4.3.8 Steady state fluorescence spectroscopic studies第112-113页
            4.3.9 The relation between HOMPO-LUMO energy gaps(E_g)and second hyperpolarizability第113-114页
        CONCLUSIONS第114页
        REFERENCES第114-119页
Part 2第119-147页
    Chapter 5 Litertrature review of Sandwich Type Polyoxometalates第119-131页
        5.1 BACKGROUND第119页
        5.2 The sandwich type POMs第119-123页
            5.2.1 0D- The M[Mo_6P_4]_2 dimers in coordination with other metal ions第121页
            5.2.2 1-3D- Namely M[Mo_6P_4]_2 between ligand and metal ions to form dimers an unlimited extension of the situation of the chain第121-123页
        5.3 SIGNIFICANCE OF CURRENT WORK第123-124页
        5.4 THE MAIN RESEARCH CONTENT OF THIS PROJECT第124-125页
        REFERENCES第125-131页
    Chapter 6 One Dimensional Iron Molybdophosphate Anionic Chainswith Different Structural Arrangements Reflecting a FlexibilityCharacter第131-147页
        6.1 BACKGROUND第131-132页
        6.2 EXPERIMENTAL PART第132-135页
            6.2.1 Chemical and apparatus第132-133页
            6.2.2 Hydrothermal synthesis第133-135页
        6.3 RESULTS AND DISCUSSION第135-143页
            6.3.1 FT-IR spectroscopy of compound 1第141-142页
            6.3.2 XRD Studies第142-143页
        6.4 CONCLUSIONS第143页
        REFERENCES第143-147页
CONCLUSION第147-151页
ACKNOWLEDGEMENTS第151-153页
LIST OF PUBLICATIONS第153-154页
CONFERENCE PAPERS第154-155页
ARTICELS IN PROCESS第155-157页
Sadaf ul Hassan (Author)第157-158页
Prof. Dr. Yunshan Zhou (Supervisor)第158-159页
附件第159-160页

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