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. Author manuscript; available in PMC: 2019 May 23.
Published in final edited form as: Nanotechnology. 2018 Jun 18;29(36):365302. doi: 10.1088/1361-6528/aacd33

Table 1.

Physical properties of UV resins used in this study. Physical properties of TPGDA and PPGDA resin are obtained from Ref. [16]. No viscosity data of these two resin solutions is available, and their viscosity is lower than PUA and MD 700 based on our observation during experiments. Physical properties of PUA and MD 700 are obtained from supplier’s MSDS.

UV-resin Molecular weight
of monomer
(g/mol)		 Viscosity
of UV resin Solution
(cps)		 Young’s modulus
of cured UV resin
(MPa)		 Surface energy
of cured UV resin
(mN/m)
TPGDA [16] 300 N/A
lower than PUA and MD700		 698 63
PPGDA [16] 900 N/A
lower than PUA and MD 700		 65 60
PUA 600–6000 [18] 241.4 4771 24.76
MD 700 1600 850 10.5 12.7 [17]