James O'Laverty.

An historical account of the Diocese of Down and Connor, ancient and modern (Volume 3) online

. (page 22 of 32)
Online LibraryJames O'LavertyAn historical account of the Diocese of Down and Connor, ancient and modern (Volume 3) → online text (page 22 of 32)
Font size
QR-code for this ebook


Hudson, M. L. Robinson Jr.; Assistant Professors: M. R. Jones, T. A. May-Plumlee, K. Thoney;
Visiting Assistant Professors: C. G. Carrere; Research Associates: H. A. Davis

ASSOCIATE MEMBERS OF THE PROGRAM

Professors: S. K. Batra

The Department of Textile and Apparel, Technology and Management offers the degree of Master
of Science in Textiles with specializations in textile technology management and textile
technology and the professional degree of Master of Textiles. The department specializes in the
disciplines of textile management, apparel management, textile technology, textile design,
integrated manufacturing systems, textile marketing, quality control and modeling of the textile
and apparel pipeline. Fundamental research in yam and fabric mechanics, machine monitoring and
material properties is also conducted in the department.

Admission Requirements: Students applying to this department should have or be able to
develop strong quantitative skills. Students interested in management areas should have
background in market analysis, quantitative management and quality management. Students
should have a minimum of 24 course hours in advanced mathematics and sciences in their
undergraduate degree.

Master's Degree Requirements: The M.S. in textiles with specializations in textile technology
management and textile technology requires a minimum of 36 course hours to be composed of 15
credit hours from a core of courses in textile technology and textile management, nine credit hours
in supporting courses (minor), two credit hours from graduate seminar, six credit hours of



204



research, with the remaining four hours from courses, research or "special projects." The non-
thesis Master of Textiles requires a minimum of 33 credit hours (at least nine taken in supporting
(minor) courses).

Student Financial Support: Financial aid in the form of assistantships may be available for full-
time Master of Science students.

Other Relevant Information: The Department of Textile and Apparel Technology and
Management currently houses the National Science Foundation's Center for Nonwoven
Technology. This Centers allows students to conduct research in new technologies for nonwoven
fabric manufacture. Participation in the National Textile Center allows students to conduct
research in a variety of management, manufacturing, technology and engineering applications.

GRADUATE COURSES

TT(TE) 520 Yam Processing Dynamics.

TT(TE,TMS) 521 Filament Yam Production Processing and Properties.

TT(TE, TTM) 530 Textile Quality and Process Control.

TT(TE) 541 Theory and Practice of Knitted Fabric Production and Control.

TT(TE) 549 Warp Knit Engineering and Structural Design.

TT(TE) 550 Production Mechanics and Properties of Woven Fabrics.

TT 551 Advanced Woven Fabric Design and Structures,

TT581 Technical Textiles.

TT 591 Special Studies in Textile Technology.

TT 601 Seminar.

TT 630 Independent Study in Textile Technology.

TT 676 Special Projects in Textile Technology.

TT 685 Master's Supervised Teaching.

TT 690 Master's Examination.

TT 693 Master's Supervised Research.

TT 695 Master's Thesis Research.

TT 696 Summer Thesis Research.

TT 699 Master's Thesis Preparation.

TT(FPS,TE) 720 Yam Production/Properties: Advanced Topics.

TT(FPS,TE) 721 Total Quality Management in Textiles.

TT(FPS) 750 Advances in Woven Fabnc Formation and Structure.

TTM 501 Textile Enterprise Integration.

TTM 502 Supervisory Control and Data Acquisition Systems for Textile Manufacturing.

TTM(TE) 531 Total Quality Management in Textiles.

TTM 561 Strategic Technology Management in the Textile Complex.

TTM(BUS) 585 Market Research in Textiles.

TTM 586 Advanced Textile Labor Management Seminar.

TTM 591 Special Studies in Textile Technology Management.

TTM 601 Seminar.

TTM 630 Independent Study in Textile Technology Management,

TTM 676 Special Projects in Textile Technology Management,

TTM 685 Master's Supervised Teaching.

TTM 690 Master's Examination.

TTM 693 Master's Supervised Research.

TTM 695 Master's Thesis Research,

TTM 699 Master's Thesis Preparation,

TTM(FPS) 761 Supply Chain Management and Information Technology in the Textile Complex.

TTM 786 Advanced Textile L.abor Management Seminar.

TTM 787 Competitive Strategy and Planning for the Textile Firm.



205



Textile Chemistry

For a listing of graduate faculty and program information, see textile engineering, chemistry and
science.

Textile Engineering

For a listing of graduate faculty and program information, see textile engineermg, chemistry and
science.



Textile Engineering, Chemistry and Science
Degrees Offered:



Program Title


Ph.D.


Ed.D.


M.S.


M.A.


Master
of


M.Ed.


Textile Chemistry




Y






Textile Engineering




Y






Textile Materials Science




Y


Y





GRADUATE FACULTY

K. R. Beck, Head of the Department

Director of Graduate Programs:

H. S. Freeman, Box 8301, 515.6552, [email protected]

Burlington Industries Professor of Textile Technology: R. L. Barker
Hoechst Trevira Professor of Polymer Chemistry: A. E. Tonelli

Professors: K. R. Beck, D. R. Buchanan, T. G. Clapp, A. H. M. El-Shiekh, A. B. Godfrey, P. L.
Grady, B. S. Gupta, S. M. Hudson, C. D. Livengood, G. N. Mock, J. P. Rust, C. B. Smith, M. H.
Theil; Adjunct Professors: R. F. Goldman; Professors Emeriti: P. D. Emerson, D. S. Hamby, S.
P. Hersh, P. R. Lord, C. Tomasino, W. K. Walsh; Associate Professors: H. Hamouda, P. J.
Hauser, W. J. Jasper, J. W. Rucker; Adjunct Associate Professors: L. D. Claxton; Associate
Professors Emeriti: T. G. Rochow; Assistant Professors: D. Hinks, J. A. Joines, R. E. Kotek, M.
G. McCord, Y. Qiu

ASSOCIATE MEMBERS OF THE PROGRAM

Professors: R. A. Earnhardt, S. K. Batra, R. A. Donaldson, R. E. Fomes, H. G. Olf, W. Oxenham;
Associate Professors: P. Banks-Lee, T. K. Ghosh, R. J. Spontak

Master of Science in Textile Chemistry (MS/TC): The M.S. in textile chemistry program offers
unique educational and research opportunities in textile and polymer chemistry. Fundamentals of



206



chemistry, physics, and mathematical sciences are apphed to solve polymer and textile wet
processing problems. M.S. in Textile Engineering (MS/TE): The M.S. in textile engineering offers
unique educational and research opportunities in machine, process and product design.
Fundamentals of physics, engineering, and mathematical sciences are applied to textile-related
problems.

Admission Requirements: (MS/TC): Applicants must have a physical science or engineering
background, including physical chemistry and differential equations. Formal education in textile
or polymer chemistry is desired but not required. (MS/TE): Applicants must have a physical
science or engineering background including differential equations. A background in engineering
mechanics, fluids, dynamics and control theory is highly recommended. Formal education in
textile engineering or materials science is desired but not required.

Degree Requirements: (MS/TC): This degree requires 15 credit hours in textile chemistry, nine
credit hours in a supporting area (minor), ten credit hours of research, and two semester credits
from the College Seminar (TC 601 ). Additional course work may be substituted for part of the
research credits. (MS/TE): This degree requires 15 credit hours in textile engineering/textile
materials science, nine credit hours in a supporting area (minor), ten credit hours of research, and
two semester credits from the College Seminar (TE or TMS 601). Additional course work may be
substituted for part of the research credits.

Student Financial Support: Financial aid in the form of assistantships and fellowships is
normally available for all fiill-time students.

Other Relevant Information: The department either houses or has access to all major analytical
tools necessary to effect a quality research program covering a wide range of topics. It also houses
state-of-the-art facilities for conducting research in fiber science and textile engineering. Close
cooperation between College faculty and the fiber/textile and allied industries provides students
with opportunities for learning and employment.

GRADUATE COURSES

TC 530 The Chemistry ot'Textile Auxiliaries.

TC(MAT) 561 Organic Chemistry of Polymers.

TC 565 Polymer Applications and Technology.

TC(TE,TMS) 589 Special Studies in Textile Engineering and Science.

TC 601 Seminar.

TC 630 Independent Study

TC 685 Master's Supervised Teaching.

TC 690 Master's Examination.

TC 693 Master's Supervised Research.

TC 695 Master's Thesis Research.

TC 696 Summer Thesis Research.

TC 699 Master's Thesis Preparation.

TC 704 Fiber Formation-Theory and Practice.

TC 705 Theory of Dyeing.

TC 706 Color Science.

TC 707 Color Laboratory.

TC 720 Chemistry of Dyes and Color.

TC 721 Dye Synthesis Laboratory.

TC 725 Dyeing Cellulose.

TC(CH,MAT) 762 Physical Chemistry of High Polymers - Bulk Properties.

TC(CHE) 769 Polymers, Surfactants and Colloidal Matenals.

TC 771 Polymer Microstructures, Conformations and Properties.



207



TC(CH,MAT) 772 Physical Chemistry of High Polymers-Solution Properties.

TC(CHE) 779 Diffusion in Polymers.

TC 791 Special Topics in Textile Science.

TC(TE,TMS) 792 Special Topics in Fiber Science.

TE 501 Analysis and Design of Yam Production Systems.

TE 502 Dynamics of Fabric Production Systems.

TE 505 Textile Systems and Control.

TE(TT) 520 Yam Processing Dynamics.

TE(TMS,TT) 521 Filament Yam Production Processing and Properties.

TE{TT,TTM) 530 Textile Quality and Process Control.

TE(TTM) 531 Total Quality Management in Textiles.

TE(TT) 550 Production Mechanics and Properties of Woven Fabrics.

TE 565 Textile Composites.

TE 566 Polymeric Biomaterials Engineering.

TE(TMS) 589 Special Studies in Textile Engineering and Science.

TE(TMS)601 Seminar

TE(TMS) 602 Textile Technology Seminar

TE(TMS) 630 Independent Study

TE(TMS) 685 Master's Supervised Teaching.

TE(TMS) 690 Master's Examination.

TE(TMS) 693 Master's Supervised Research.

TE(TMS) 695 Master's Thesis Research.

TE(TMS) 696 Summer Thesis Research.

TE(TMS) 699 Master's Thesis Preparation.

TE 703 Group Research in Textiles

TE 705 Textile Instrumentation and Control Systems

TE(ECE,MAE, EPS) 717 Multivanable Linear Systems Theory.

TE(FPS,TT) 720 Yam Production/Properties: Advanced Topics.

TE(FPS,TT) 781 Mechanics of Twisted Structures.

TE(FPS,TT) 782 Mechanics of Fabric Structures.

TMS 500 Fiber and Polymer Microscopy.

TMS(FPS) 761 Mechanical and Rheological Properties of Fibrous Material.

TMS(FPS,MAT) 762 Physical Properties of Fiber Forming Polymers, Fibers and Fibrous Structures.

TMS(FPS,MAT) 763 Characterization of Structure of Fiber Forming Polymers.

TMS(FPS,TE) 765 Textile Composites.

Textile Material ScieDce

listing of graduate faculty and program information, see textile engineering, chemistry and
e.



For a 1
science



Textile Technology Management
Degrees Offered:



Program Title


Ph.D.


Ed.D.


M.S.


M.A.


Master

of


M.Ed.


Textile Technology Mgmt


Y













GRADUATE FACULTY

Director of Graduate Programs:

W. Oxenham, Box 8301, 515.6573, william [email protected]



208



Professors: R. A. Bamhardt, S. K. Batra, K. R. Beck, T. G. Clapp, R. A. Donaldson, A. H, M. El-
Shiekh, S. Fang, P. L. Grady, B. S. Gupta, D. M. Holthausen Jr., S. M. Hudson, T. J. Little, C. D.
Livengood, S. E. Margolis, W. Oxenham, J. P. Rust, C. B. Smith, M. W. Suh; Professors Emeriti:
G. A. Berkstresser III, J. R. Canada, S. P. Hersh, M. H. M. Mohamed, C. Tomasino, P. A. Tucker
Jr.; Associate Professors: P. Banks-Lee, T. K. Ghosh, H. H. A. Hergeth, G. L. Hodge, J. W.
Rucker, A. M. Seyam

Textile technology management is a multidisciplinary program designed to educate students for
research careers in the management of technology in the fiber, textile, apparel and related
industries complex. The program is designed to give the students a breadth of knowledge of the
materials and technologies employed in the industries as well as the quantitative and analytical
tools of management.

Admission Requirements: Students majoring in textiles; industrial, systems and manufacturing
engineering; statistics; operations research; computer science; economics; consumer economics;
marketing; and business administration, and having at least a 3.0/4.0 average in their
undergraduate studies and a master's degree will normally qualify for admission. Exceptionally
qualified students may be admitted directly without a master's degree.

Doctoral Degree Requirements: Fixed credit-hour requirements for the Doctor of Philosophy
degree are 72. (Up to 18 hours from an M.S. may be applied against the 72.) Students are admitted
to candidacy for the Ph.D. degree after passing two preliminary written and oral examinations (the
first covering manufacturing technology and the second the management of technology) and orally
defending a research proposal. They must also have passed an English technical writing course
during their college career and, depending on the nature of their research interests, may also be
required to demonstrate a reading knowledge of one foreign language.

Student Financial Support: Financial aid in the form of assistantships and fellowships is
normally available for all ftill-time students.

Other Relevant Information: The College of Textiles has a 298,000 square-foot complex valued
at over $50 million which houses exceptional teaching, research, computer and library facilities.
With a graduate faculty of 45 and research expenditures exceeding $6,000,000 per year,
opportunities abound. Facilities available to textile technology management students include: the
Model Manufacturing Facility which contains over $10,000,000 of textile processing equipment
from fiber formation to end products; the IBM Computer Integrated Manufacturing (CIM) Facility
which contains advanced technology computers running plant floor, supervisory monitoring and
control, and manufacturing resource planning software packages; and the Textile Design
Laboratory which contains several design packages which can communicate with plant floor
devices providing CAD/CAM integration.

COURSE OFFERINGS (Extensive use may be made of graduate course offerings in other
colleges on campus when developing the minor field. See departmental listing for descriptions.)

GENERAL COURSES

TTM 501 Textile Enterprise Integration.

TTM 502 Supervisory Control and Data Acquisition Systems for Textile Manufacturing

TTM 510 Apparel Technology Management.

TTM 515 Apparel Production.



209



TTM(TE,TT) 530 Textile Quality and Process Control.

TTM 561 Strategic Technology Management in the Textile Complex.

TTM 591 Special Studies in Textile Technology Management.

TTM 630 Independent Study in Textile Technology Management.

TTM 676 Special Projects in Textile Technology Management.

TTM(FPS,TT) 750 Advances in Woven Fabric Formation and Structure.

TTM 761 Supply Chain Management and Information Technology in the Textile Complex.

TTM 801 Seminar.

TTM 830 Independent Study.

TTM 876 Special Projects in Textile Technology Management.

TTM 885 Doctoral Supervised Teaching.

TTM 890 Doctoral Preliminary Examination.

TTM 893 Doctoral Supervised Research.

TTM 895 Doctoral Dissertation Research.

TTM 896 Summer Dissertation Research.

TTM 899 Doctoral Dissertation Preparation.

GRADUATE COURSES IN AREAS OF SPECIALIZATION

FPS(TE,TT) 781 Mechanics of Twisted Structures.

FPS(TE,TT) 782 Mechanics of Fabric Structures.

TMS(FPS,TE) 765 Textile Composites.

TT(TE) 520 Yam Processing Dynamics.

TT(TE,TTM) 530 Textile Quality Control.

TT(TE) 541 Theory and Practice of Knitted Fabric Production and Control.

TT(TE) 549 Warp Knit Engineering and Structural Design.

TT(TE) 550 Production Mechanics and Properties of Woven Fabrics.

TT 589 Special Studies in Textile Technology.

TT601 Seminar.

TT 630 Independent Study in Textile Technology.

TT(FPS,TE) 720 Yam Production/Properties: Advanced Topics.

TT{FPS,TE) 721 Total Quality Management in Textiles.

TT{TE) 751, 752 Fabric Development and Construction.

TTM(TE) 531 Total Quality Management in Textiles.

TTM 583 Strategic Planning for Textile Firms.

TTM(BUS) 585 Market Research in Textiles.

TTM 591 Special Studies in Textile Technology Management.

TTM 601 Seminar.

TTM 630 Independent Study in Textile Technology Management.

TTM 676 Special Projects in Textile Technology Management.

TTM 786 Advanced Textile Labor Management Seminar.



Toxicology
Degrees Offered:



Program Title


Ph.D.


Ed.D.


M.S.


M.A.


Master
of


M.Ed.


Toxicology


Y


Y




Y





GRADUATE FACULTY

Director of Graduate Programs:

G. A. LeBlanc, Box 7633, 515.7404, [email protected]



210



William Neal Reynolds Professor: E. Hodgson

Professors: G. A. LeBlanc, R, B. Leidy, R. C. Smart; Adjunct Professors: J. A. Bond, J. A.
Goldstein, R. J. Langenbach, R. J. Preston; Professors Emeriti: T. J. Sheets; Associate
Professors: D. Shea; Adjunct Associate Professors: A. E. Chalmers, N. Chemoff, K. M. Crofton,
H. B. Matthews Jr., R. R. Miller, L. Recio; Assistant Professors: S. Branch, W. G. Cope; Visiting
Assistant Professors: R. L. Rose

ASSOCIATE MEMBERS OF THE PROGRAM

Professors: K. B. Adler, J. E. Riviere, J. M, Cullen, H. M. Hassan, R. J. Kuhr, W. H. McKenzie,
N. A. Monteiro-Riviere, M. A. Qureshi, R. M. Roe, M. K. Stoskopf; Associate Professors: I. W.
Smoak; Research Associate Professors: J. M. Horowitz; Assistant Professors: J. M. Law

Admission Requirements: Prospective students should have a strong background in the
biological and physical sciences with a minimum undergraduate grade point average of 3.0 (on a
4.0 scale) in the biological and physical sciences.

Master of Science Degree Requirements: A minimum of 30 credit hours with at least 20 credit
hours of graduate-level courses. A thesis is required.

Master of Toxicology Degree Requirements: A minimum of 14 credit hours in TOX courses are
required. While a thesis is not required, at the discretion of the student's advisory committee, a
review paper focusing on the student's interest in some aspect of toxicology might be required.
The requirements, in all other respects, are the same as for the M.TOX. and M.S. degrees.

Doctoral Degree Requirements: A minimum of 39 credit hours plus dissertation research is
required for the Ph.D. degree.

Student Financial Support: Financial assistance is available for qualified applicants through
traineeships, fellowships, teaching assistantships and research assistantships with participating
faculty members.

Other Relevant Information: Students pursuing either the M.S. or Ph.D. degree may elect to
specialize in environmental toxicology or molecular and cellular toxicology. More details can be
obtained on the departmental website: http:/cals. ncsu.edu/toxicology/index.htm

GRADUATE COURSES

TOX 601 Seminar.

TOX 620 Special Problems in Toxicology.

TOX(ST) 621 Statistical Problems in Toxicology.

TOX 628 Pnnciples of Reproductive and Developmental Toxicology Research.

TOX(BCH) 660 Free Radicals in Toxicology.

TOX 685 Master's Supervised Teaching.

TOX 690 Master's Examination.

TOX 693 Master's Supervised Research.

TOX 695 Master's Thesis Research.

TOX 696 Summer Thesis Research.

TOX 699 Master's Thesis Preparation.



211



TOX 701 General Toxicology.

TOX 704 Chemical Risk Assessment.

TOX(IMM) 705 Immunotoxicology.

TOX 710 Biochemical Toxicology.

TOX 715 Environmental Toxicology.

TOX 721 Chemical Carcinogenesis.

TOX(ENT) 722 Insecticide Toxicology.

TOX(CS,HS,SSC) 725 Pesticide Chemistry.

TOX(CS,HS,SSC) 727 Pesticide Behavior and Fate in the Environment.

TOX 801 Seminar.

TOX 820 Special Problems.

TOX(BCH) 860 Free Radicals in Toxicology.

TOX 885 Doctoral Supervised Teaching,

TOX 890 Doctoral Preliminary Examination.

TOX 893 Doctoral Supervised Research.

TOX 895 Doctoral Dissertation Research.

TOX 896 Summer Dissertation Research.

TOX 899 Doctoral Dissertation Preparation.

COURSES FROM ASSOCIATED DEPARTMENTS

BCH 553 Metabolism and Molecular Biology.

BCH 701 Macromolecular Structure.

BCH 703 Macromolecular Synthesis and Regulation.

BCH 705 Molecular Biology of the Cell.

BCH 761 Advanced Molecular Biology of the Cell.

CBS 754 Principles of Epidemiology.

CBS 762 Systemic Pharmacology and Toxicology.

CBS 770 Cell Biology.

CBS 787 Pharmacokinetics.

GN 701 Molecular Genetics.

ST 501 Experimental Statistics for Biological Sciences I.

ZO 513 Comparative Physiology.

ZO 760 Principles of Ecology.

Training and Development

For a listing of graduate faculty and program information, see adult and community college
education.

Wood and Paper Science
Degrees Offered:



Program Title


Ph.D.


Ed.D.


M.S.


M.A.


Master
of


M.Ed.


1 Wood and Paper Science


Y




Y




Y





GRADUATE FACULTY

M. J. Kocurek, Head of the Department



212



Director of Graduate Programs:

R. D. Gilbert, Box 8005, 515.771 1, [email protected]

Elis and Signe Olsson Professor: J. S. Gratzl
Reuben B. Robertson Professor: H. Chang

Professors: J. Denig, J. A. Heitmann Jr., M. A. Hubbe, L. G. Jahn, H. Jameel, M. W. Kelly, M. J.
Kocurek, H. G. Olf, E. A. Wheeler; Research Professors: J. S. Stewart; Adjunct Professors: L. L.
Edwards, T. K. Kirk; Professors Emeriti: A. C. Barefoot Jr., E. L. Deal Jr., E. L. Ellwood, R. D.
Gilbert, I. S. Goldstein, C. A. Hart, R. G. Pearson, R. J. Thomas; Associate Professors: B. Kasal,
A. G. Kirkman, J. P. Roise, R. A. VendiWv, Adjunct Associate Professors: R. B. Phillips;
Assistant Professors: J. F. Kadla, P. H. Mitchell, P. N. Peralta; Research Associates: C. L. Chen

ASSOCIATE MEMBERS OF THE PROGRAM

Professors: E. B. Cowling

Course offerings and research facilities are available in the following areas: Wood chemistry,
lignin and carbohydrate chemistry, pulping chemistry, process analysis, polymer chemistry, fiber
and paper properties, secondary fiber studies, wood physics (especially wood liquid relations),
wood anatomy, wood biology, wood mechanics and engineering, wood machining, manufacturing
processes, wood-based industry economics and marketing.

Admission Requirements: Requirements listed here are in addition to graduate school
requirements stated elsewhere. To be admitted, a student should have earned a B.S. degree with a
major in wood and paper science or the equivalent. Graduates with other physical science or
engineering baccalaureate degrees can be admitted but may be required to make up certain
undergraduate deficiencies. Students with a 3.0 GPA and with appropriate course backgrounds
will be considered for admission.

Master of Science Degree Requirements: In addition to Graduate School requirements, a minor
is required.

Master of Wood and Paper Science Degree Requirements: The Master of Wood and Paper
Science is a non-thesis, professional degree for students not interested in research. A minimum of
36 course credits is required. The regulations regarding credits are the same as for the M.S. degree
except that up to 6 credits of 400-level courses in the major field may be included. A technical
report which demonstrates the student's ability to gather, analyze and report information is
required.

Doctoral Degree Requirements: In addition to Graduate School requirements, Ph.D. candidates
must present two seminars before their final oral examination will be arranged.

Student Financial Support: A limited number of research assistantships are available.

Other Relevant Information: Graduate students should select a chairman and other advisory
committee members and submit a plan of graduate work by the end of their first semester of
residence. They are also urged to take the qualifying examinations within one year of residence.
The department believes M.S. and Ph.D. students should select a research topic and begin their



213



thesis research as early as possible.

As the field of wood and paper science is a derived science, considerable emphasis is placed upon
developing a strong minor in the graduate program in any one or more of the supporting
disciplines such as organic chemistry, polymer chemistry, chemical engineering, mathematics,
statistics, biology, engineering mechanics, mechanical engineering, physics, and economics or
business administration.

Students in wood chemistry and pulp and paper programs must pass certain qualifying
examinations.

GRADUATE COURSES

WPS 527 Wet-end and Colloidal Chemistry.

WPS(CE) 528 Structural Design in Wood.

WPS(MAE) 534 Mechatronics Design.



Online LibraryJames O'LavertyAn historical account of the Diocese of Down and Connor, ancient and modern (Volume 3) → online text (page 22 of 32)