Subject Index
Absorbed radiation and observed color
U445
Acenaphthene C99, H191
Acenaphthylene C99, H191
Acetaldehyde C135, H227, I349
Acetaldoxime H220, I336
Acetals C122, H215, I307, I326–I327
Acetamides C142, H233, N261, I359
Acetanilide C143, H234, N262, I359,
M427
Acetate ion C139, I353
Acetic acid C138, H229, I353, M433,
U463
– esters C140, H230, I356
Acetic anhydride C144, H235, I360
Acetoisonitrile C129, H222
Acetone C85, C136, C165, H228,
H254, M433, U464
Acetone-d 6 C160, H251
Acetonitrile C129, C165, H221, H254,
N269, M433, U464
Acetonitrile-d 3 C160, H251
Acetophenone C136, H220, I351,
M423, U450, U452, U457
Acetyl
– bromide C144, H235
– chloride C144, H235
– fluoride C144
– iodide C144, H235
Acetylacetone C89, C121, C138, H213,
H229, I351
Acetylenes 57, C91, C92, H182, I308,
I314, M379, U445
Acetylenic ethers C91, H182, M395
Acid halides C144, H235, I361
Acids 70, C138–C139, H229, I352,
M423–M426, U446
Acridine C113, H205, N258, U461
Acrylaldehyde C135, H227, H229,
I313, U448
Acrylate ion C139
Acrylic acid C138, H229, I313, U448
Acryloisonitrile C129, H222
Acrylonitrile C129, H221, I313, I337
Acryloyl chloride C144, H235
Adamantane C97, H184
Adenine C157, H249, N273, U463
Adenosine C158, H250, N273
Alanine C151, H243, N270, I354
β-Alanine C151
Alcohols 62, C120, H211, F288, I325,
M392–M394, U446
Aldehydes 68, C135, H227, I307, I348,
M420
– coupling c onstants C135
– α,β-unsaturated I313, I349, U448
Aldimines C127, H220, I335
Aldoximes C128, H220, I336
Alicyclic ketones C137, H228, I350–
I351, M421
Alicyclics C93, C96, H183, F284, I309,
I315, M380, M381
– condensed C97
– polycyclic C97, M381
– saturated monocyclic I316, M380
– unsaturated C96, I316
Aliphatic amides H233, I359
Aliphatic esters I355
Alkanes 55, C75, C78, C79, H167–
H171, F282, I307, M375
– aromatically substituted H171
– branched I308, M375
– cyclic 55, C93, H167, H168, H169,
H170, H171, F282, I307, I309, I315,
M375
– monosubstituted C78–C79, H168–
H169
– polycyclic M381
– unbranched M375
© The Author(s), under exclusive license to Springer-Verlag GmbH, DE,
part of Springer Nature 2020
E. Pretsch et al., Structure Determination of Organic Compounds,
https://doi.org/10.1007/978-3-662-62439-5
465
Absorbed radiation and observed color
U445
Acenaphthene C99, H191
Acenaphthylene C99, H191
Acetaldehyde C135, H227, I349
Acetaldoxime H220, I336
Acetals C122, H215, I307, I326–I327
Acetamides C142, H233, N261, I359
Acetanilide C143, H234, N262, I359,
M427
Acetate ion C139, I353
Acetic acid C138, H229, I353, M433,
U463
– esters C140, H230, I356
Acetic anhydride C144, H235, I360
Acetoisonitrile C129, H222
Acetone C85, C136, C165, H228,
H254, M433, U464
Acetone-d 6 C160, H251
Acetonitrile C129, C165, H221, H254,
N269, M433, U464
Acetonitrile-d 3 C160, H251
Acetophenone C136, H220, I351,
M423, U450, U452, U457
Acetyl
– bromide C144, H235
– chloride C144, H235
– fluoride C144
– iodide C144, H235
Acetylacetone C89, C121, C138, H213,
H229, I351
Acetylenes 57, C91, C92, H182, I308,
I314, M379, U445
Acetylenic ethers C91, H182, M395
Acid halides C144, H235, I361
Acids 70, C138–C139, H229, I352,
M423–M426, U446
Acridine C113, H205, N258, U461
Acrylaldehyde C135, H227, H229,
I313, U448
Acrylate ion C139
Acrylic acid C138, H229, I313, U448
Acryloisonitrile C129, H222
Acrylonitrile C129, H221, I313, I337
Acryloyl chloride C144, H235
Adamantane C97, H184
Adenine C157, H249, N273, U463
Adenosine C158, H250, N273
Alanine C151, H243, N270, I354
β-Alanine C151
Alcohols 62, C120, H211, F288, I325,
M392–M394, U446
Aldehydes 68, C135, H227, I307, I348,
M420
– coupling c onstants C135
– α,β-unsaturated I313, I349, U448
Aldimines C127, H220, I335
Aldoximes C128, H220, I336
Alicyclic ketones C137, H228, I350–
I351, M421
Alicyclics C93, C96, H183, F284, I309,
I315, M380, M381
– condensed C97
– polycyclic C97, M381
– saturated monocyclic I316, M380
– unsaturated C96, I316
Aliphatic amides H233, I359
Aliphatic esters I355
Alkanes 55, C75, C78, C79, H167–
H171, F282, I307, M375
– aromatically substituted H171
– branched I308, M375
– cyclic 55, C93, H167, H168, H169,
H170, H171, F282, I307, I309, I315,
M375
– monosubstituted C78–C79, H168–
H169
– polycyclic M381
– unbranched M375
© The Author(s), under exclusive license to Springer-Verlag GmbH, DE,
part of Springer Nature 2020
E. Pretsch et al., Structure Determination of Organic Compounds,
https://doi.org/10.1007/978-3-662-62439-5
465