Search Results - Class of '83

Flute class a group teaching book for students and teachers by Wye, Trevor

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NUTRITION An Applied Approach by Thompson, Janice 1962, Manore, Melinda 1951-

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Biofuels from Lignocellulosic Biomass Innovations beyond Bioethanol

Table of Contents: “…Title Page; Copyright; Table of Contents; List of Contributors; Preface; Acknowledgments; Chapter 1: Fuels and Combustion; 1.1 Introduction; 1.2 The Options; 1.3 Spark Ignition; 1.4 Compression Ignition; 1.5 Highly Diluted Autoignition, HCCI; 1.6 Other Combustion Concepts; 1.7 Summary of Combustion Processes; References; Chapter 2: Fuel Class Higher Alcohols; 2.1 Introduction and Fuel Properties; 2.2 Performance in Spark-Ignition Engines; 2.3 Performance in Compression-Ignition Engines; 2.4 Production Pathways; 2.5 Outlook; 2.6 Conclusions; References; Chapter 3: Fuel Class Valerates. 3.1 Introduction and Fuel Properties3.2 Performance in Spark-Ignition Engines; 3.3 Performance in Compression-Ignition Engines; 3.4 Production Pathways; 3.5 Outlook; 3.6 Conclusions; Acknowledgments; References; Chapter 4: Butyl Ethers and Levulinates; 4.1 Introduction and Fuel Properties; 4.2 Performance in Compression-Ignition Engines; 4.3 Production Pathways; 4.4 Outlook; 4.5 Conclusions; References; Chapter 5: A Comprehensive Review of 2,5-Dimethylfuran as a Biofuel Candidate; 5.1 Introduction to DMF; 5.2 Production Pathways; 5.3 Performance in Spark-Ignition Engines. 5.4 Performance in Compression-Ignition Engines5.5 Outlook; 5.6 Conclusions; References; Chapter 6: Furanoids; 6.1 Introduction and Fuel Properties; 6.2 Performance in Spark-Ignition Engines; 6.3 Performance in Compression-Ignition Engines; 6.4 Production Pathways; 6.5 Outlook; 6.6 Conclusions; References; Chapter 7: Benzenoids; 7.1 Introduction; 7.2 Overview of Neat Fuel properties; 7.3 Performance in Compression-Ignition Engines; 7.4 Performance in Spark-Ignition Engines; 7.5 Production Pathways; 7.6 Outlook and Conclusions; References; Chapter 8: Biomass Pyrolysis Oils. 8.1 Introduction and Fuel Properties8.2 Performance Spark-Ignition Engines; 8.3 Performance in Compression-Ignition Engines; 8.4 Production Pathways from Pyrolysis Oil; 8.5 Outlook; 8.6 Conclusions; References; Index; End User License Agreement.…”
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Introduction to Computation and Programming Using Python with Application to Computational Modeling and Understanding Data by Guttag, John V. 1949-

Table of Contents: “…Some important complexity classes -- 11.3.1. Constant complexity -- 11.3.2. …”
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Prescriber's Guide Stahl's Essential Psychopharmacology by Stahl, Stephen M.

Table of Contents: “…Chlorpromazine - 26. citalopram - 27. clomipramine - 28. clonazepam - 29. clonidine - 30. clorazepate - 31. clozapine - 32. cyamemazine - 33. desipramine - 34. desvenlafaxine - 35. deutetrabenazine - 36. dextromethorphan - 37. diazepam - 38. diphenhydramine - 39. disulfiram - 40. donepezil - 41. dothiepin - 42. doxepin - 43. duloxetine - 44. escitalopram - 45. esketamine - 46. estazolam - 47. eszopiclone - 48. flibanserin - 49. flumazenil - 50. flunitrazepam - 51. fluoxetine - 52. flupenthixol - 53. fluphenazine - 54. flurazepam - 55. fluvoxamine - 56. gabapentin - 57. galantamine - 58. guanfacine - 59. haloperidol - 60. hydroxyzine - 61. iloperidone - 62. imipramine - 63. isocarboxazid - 64. ketamine - 65. lamotrigine; 66. levetiracetam; 67. lemborexant - 68. levomilnacipran - 69. lisdexamfetamine - 70. lithium - 71. lofexidine - 72. lofepramine - 73. loflazeptate - 74. lorazepam - 75. loxapine - 76. lumateperone - 77. lurasidone - 78. maprotiline - 79. memantine - 80.methylfolate (l) - 81. methylphenidate (d) - 82. methylphenidate (d,l) - 83. mianserin - 84. midazolam - 85. milnacipran - 86. mirtazapine - 87. moclobemide - 88. modafinil - 89. molindone - 90. nalmefene - 91. naltrexone; 92. naltrexone-bupropion - 93. nefazodone - 94. nortriptyline - 95. olanzapine - 96. oxazepam - 97. oxcarbazepine - 98. paliperidone - 99. paroxetine - 100. perospirone - 101. perphenazine - 102. phenelzine - 103. phentermine-topiramate - 104. pimavanserin - 105. pimozide - 106. pipothiazine - 107. pitolisant - 108. prazosin - 109. pregabalin - 110. propranolol - 111. protriptyline - 112. quazepam - 113. quetiapine - 114. ramelteon - 115. reboxetine - 116. risperidone - 117. rivastigmine - 118. selegiline - 119. sertindole - 120. sertraline - 121. sildenafil - 122. sodium oxybate - 123. solriamfetol - 124. sulpiride - 125.suvorexant - 126. tasimelteon - 127. temazepam - 128. thioridazine - 129. thiothixene - 130. tiagabine - 131. tianeptine - 132. topiramate - 133. tranylcypromine - 134. trazodone - 135. triazolam - 136. trifluoperazine - 137. trihexyphenidyl - 138. triiodothyronine - 139. trimipramine - 140. valbenazine - 141. valproate - 142. varenicline - 143. venlafaxine - 144. vilazodone - 145. vortioxetine - 146. zaleplon - 147. ziprasidone - 148. zolpidem - 149. zonisamide - 150. zopiclone - 151. zotepine - 152. zuclopenthixol - Index by drug name - Index by use - Index by class - Abbreviations.…”
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Central nervous system tumours

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