2. C60 crystal packing
Sussex NNC

3. C60 -Ferrocene complex

4. Consider surface reconstruction in a metal carbide crystal

5. Consider surface reconstruction in a metal carbide crystal

6. Consider surface reconstruction in a metal carbide crystal

7. Consider surface reconstruction in a metal carbide crystal

63. ATP Synthase catalyses
ADP P + Energy ATP
Paul Boyer and John Walker

65. ADP + P
ATP

67. DNA packmotor

80. Internally sealed compartments

82. BN nanotube produced in an arc using a BN/Ta cathode

83. The catalytic particle

84. Consider surface reconstruction in a metal carbide crystal

97. ATP
ATP ADP + P Energy
in muscle tissue

100. Networks can be used to delineate flat surfaces

101. - and positively curved surfaces

102. as well as complex surfaces with both positive and negative curvatures

103. and really complex surfaces!!!

105. Haemoglobin

106. Haemoglobin

107. Haemoglobin

108. Haemoglobin

109. Rotor R
ATP Synthase

114. C70

115. Model of the Giant Fullerene C240
Sussex NNC

116. A possible mechanism for the catalysed formation of carbon nanotubes

124. Sussex NNC

125. Sussex NNC

126. Sussex NNC

127. Sussex NNC

128. Sussex NNC

129. Sussex NNC

130. Sussex NNC

131. Sussex NNC