Page 546 - Biosystems Engineering

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nonlinear optimization example, 75–88 olive(s) (Cont.):
control objective, 77–78 phenolic substances, 391–401, 395f,
experimental setup, 86 400t
motivation for, 76 phenols in, 397
MPC, nonlinear and, 83–86 polyphenols, 394, 395, 395f, 400, 400t
results, 86–88, 87f formulas, 395, 396f, 397f
system description for, 77, 77f nature of, 394–398
system modeling, 78–83 nutraceutical properties of, 399,
nonlinearity 399t
estimating, 62–64 olive oil
frequency and, 62 antioxidant properties, 398–399
Laplace domain, 44–47 ARA production by fungi and
MPC, 83–86 supplementation with, 458
system model, 44–47 benefits of eating, 391
nonpoint source (NPS) pollution, 117. extraction, 393–394, 393f
See also Agricultural Nonpoint process, 398
Source Pollution Model; Better extra-virgin, 393
Assessment Science Integrating nutraceutical properties, 398–399
Point and Nonpoint Sources phenols, 392
GIS and, 183 virgin, 393
watershed models, 170–171 Olsen’s method, 473–474
normalization, 16–17 oriented strandboard (OSB), 358
NO . See nitrogen oxide oryazanols, 460–461
x
NPS pollution. See nonpoint source OSB. See oriented strandboard
pollution oxidation
NRCS. See Natural Resource fat, 387
Conservation Service fatty acid, 388
nuclear magnetic resonance (NMR), lipid oxygen, 381
258, 258f
nutraceutical properties,
398–399, 399t P P
nutrients, watershed model and Pacific Northwest National Laboratory
movement of, 173–175 (PNNL), 239–240
Nyquist stability, 68 packaging materials, 326–338
biodegradable, 345
food, 325
O O glass, 332–334
observation spillover, 70 mass transport, properties of,
oils, 369. See also specific oils 342–343
ARA production by fungi and mechanical properties, 339–340
supplementation with, 457–458 metal, 334–337
extraction of, seed, 369–374, 371f optical properties, 341–342
properties, 367 paper, 337–338
recovery, 372, 372t physical properties of, 338–343
SFE, 373–374 polymer, 326–332, 327t
stabilization, antioxidant, 384, 385f recent advances in, 345
oleuropein, 395–397 state/phase transition temperature,
oligonucleotide arrays, high-density, 341
15–16 tear strength, 339–340
olive(s), 392–394 thermal properties, 340–341
biotechnological properties of, paclobutrazol, 411, 414. See also
400–401 retardants
chemical composition of, 392, 392t pan crusher, 285, 286f
mill products related to, 392–394 paper packaging, 337–338
biotechnological properties of, Parameter Estimation (PEST) tool,
400–401, 400t 64–66, 187
phenolic substances from, particle swarm optimization (PSO),
391–401, 395f 3–4, 9–10, 32
oleuropein and, 395–397 PC. See performance criteria