• 検索結果がありません。

DG 0.2% Insecticide

N/A
N/A
Info
ダウンロード
Protected

Academic year: 2022

シェア "DG 0.2% Insecticide"

Copied!
6
0
0

読み込み中.... (全文を見る)

今ダウンロードする ( 6 ページ )

全文

(1)

To order, contact your local Andersons Lawn Products distributor.

For more information, contact Andersons at our website:

www.andersonspro.com or call 1-800-225-2639.

PRODUCT SHEET

DG

0.2% Insecticide

• For Turf, Ornamental, and Production Nursery use

• Controls white grubs and 27 ornamental insect pests

• DG Pro dispersible carrier

Active Ingredient: Imidacloprid (0.2%)

PRODUCT SPECIFICATIONS:

PRODUCT CODE:

APTDGGB40.2

Date: 111813 Supersedes: 000000

PRODUCT

CHARACTERISTICS:

Product Type:

GrubOut™ Insecticide

Particle Size:

SGN: 145

Net Weight:

40 lbs.

Coverage:

10,000 sq. ft.

@ medium rate FEATURES & USE TIPS:

GrubOut is a trademark The Andersons, Inc.; The Andersons logo and DG Pro are registered trademarks of The Andersons, Inc.

®

Following is a specimen label that may at some point be revised or otherwise become out of date. It is intended as a guide in providing general information regarding the use of this product. Always read and follow the label on the product container.

(2)

SPECIMENLABEL

SEAL AREA NO COPY SEAL AREA NO COPY

15” 4”

SEAL AREA NO COPY SEAL AREA NO COPY

15”

.375 Seal Outside of Bag

FRONT BACK

.375 Seal Outside of Bag

28.5” (I.D.) 29.” (O.D)

3” Customer No Copy Area

4”

Run With Sperator Plate

TO A MAX OF 1”

(3)

SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMENLABELLABELLABELLABELLABELLABELLABELLABEL SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMENLABELLABEL SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMENLABELLABEL SPECIMEN SPECIMENLABELLABEL SPECIMEN SPECIMENLABELLABEL SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMENLABELLABEL SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMENLABELLABELLABELLABEL SPECIMEN SPECIMENLABELLABEL SPECIMEN SPECIMEN SPECIMEN SPECIMENLABELLABEL SPECIMEN SPECIMENLABELLABEL SPECIMEN SPECIMENLABELLABEL SPECIMEN SPECIMEN SPECIMEN SPECIMENLABELLABEL SPECIMEN SPECIMENLABELLABEL SPECIMEN SPECIMENLABELLABEL SPECIMEN SPECIMENLABELLABEL SPECIMEN SPECIMENLABELLABEL SPECIMEN SPECIMEN SPECIMEN SPECIMENLABELLABEL SPECIMEN SPECIMENLABELLABEL SPECIMEN SPECIMENLABELLABEL SPECIMEN SPECIMENLABELLABELLABELLABEL SPECIMEN SPECIMENLABELLABELLABELLABEL SPECIMEN SPECIMENLABELLABELLABELLABELLABELLABELLABELLABEL SPECIMEN SPECIMENLABELLABELLABELLABEL SPECIMEN SPECIMENLABELLABEL SPECIMEN SPECIMEN SPECIMEN SPECIMENLABELLABEL SPECIMEN SPECIMENLABELLABEL SPECIMEN SPECIMENLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABEL SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMENLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABEL SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMENLABELLABEL SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMENLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABEL SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMENLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABEL SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMENLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABEL SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMENLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABEL SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMENLABELLABELLABELLABELLABELLABELLABEL SPECIMENLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABEL SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMENLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABEL SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMENLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABEL SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMENLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABEL SPECIMEN SPECIMENLABELLABEL

(4)

SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMENLABELLABELLABELLABELLABELLABELLABELLABEL SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMENLABELLABEL SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMENLABELLABEL SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMENLABELLABELLABELLABEL SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMENLABELLABEL SPECIMEN SPECIMEN SPECIMEN SPECIMENLABELLABELLABELLABELLABELLABEL SPECIMEN SPECIMENLABELLABEL SPECIMEN SPECIMENLABELLABEL SPECIMEN SPECIMENLABELLABEL SPECIMEN SPECIMENLABELLABELLABELLABELLABELLABEL SPECIMEN SPECIMENLABELLABEL SPECIMEN SPECIMENLABELLABEL SPECIMEN SPECIMENLABELLABEL SPECIMEN SPECIMENLABELLABEL SPECIMEN SPECIMENLABELLABELLABELLABEL SPECIMEN SPECIMENLABELLABEL SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMENLABELLABELLABELLABELLABELLABEL SPECIMEN SPECIMENLABELLABEL SPECIMEN SPECIMENLABELLABEL SPECIMEN SPECIMENLABELLABEL SPECIMEN SPECIMENLABELLABEL SPECIMEN SPECIMENLABELLABEL SPECIMEN SPECIMENLABELLABEL SPECIMEN SPECIMENLABELLABEL SPECIMEN SPECIMENLABELLABELLABELLABELLABELLABEL SPECIMEN SPECIMENLABELLABEL SPECIMEN SPECIMENLABELLABEL SPECIMEN SPECIMEN SPECIMEN SPECIMENLABELLABEL SPECIMEN SPECIMENLABELLABEL SPECIMEN SPECIMENLABELLABELLABELLABELLABELLABEL SPECIMEN SPECIMENLABELLABEL SPECIMEN SPECIMENLABELLABELLABELLABELLABELLABELLABELLABEL SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMENLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABEL SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMENLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABEL SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMENLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABEL SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMENLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABEL SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMENLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABEL SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMENLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABEL SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMENLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABEL SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMENLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABEL SPECIMEN SPECIMENLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABEL SPECIMEN SPECIMEN SPECIMENLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABELLABEL SPECIMEN SPECIMENLABELLABELLABELLABELLABELLABEL SPECIMEN SPECIMEN SPECIMEN SPECIMENLABELLABELLABELLABEL SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMENLABELLABELLABELLABEL SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMENLABELLABEL SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMENLABELLABELLABELLABEL SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMENLABELLABELLABELLABEL SPECIMEN SPECIMEN SPECIMENLABEL SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMENLABEL SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMEN SPECIMENLABEL SPECIMEN SPECIMEN SPECIMENLABEL

参照

今ダウンロードする ( PDF - 6 ページ - 5.99 MB )

関連したドキュメント

3-dimensional contact metric manifolds

From (1.3) and (1.4), taking account of (1.5), we may observe that the geometry of (κ, µ, ν)-contact metric manifolds and of generalized (κ, µ)-contact metric manifolds is

Three Dimensional Contact Metric Manifolds

Remark 2.. A 3-dimensional contact metric manifold, on which Qφ = φQ, satisfies φl = lφ, but not conversely. Examples of contact metric manifolds with φl = lφ and Qφ 6= φQ

(k, µ)-CONTACT METRIC MANIFOLDS

In [3], it is proved that the standard contact metric structure on the tangent sphere bundle T 1 (M) satisfies the condition that ξ belongs to the (k, µ)-nullity dis- tribution if

2 Cylindrical contact homology

A contact manifold is called sub- critical Stein-fillable if it is the boundary of some subcritical Stein domain and its contact structure is the corresponding CR–structure, ie,

(1)THE BOUNDARY-CONTACT PROBLEM OF ELASTICITY FOR HOMOGENEOUS ANISOTROPIC MEDIA WITH A CONTACT ON SOME PART OF THE BOUNDARIES O

The existence and uniqueness of solutions of the bounda- ry-contact problem of elasticity for homogeneous anisotropic media with a contact on some part of their boundaries

Submit your manuscripts at http://www.hindawi.com

We define the class of almost α-hyponormal operators and prove that for an operator T in this class, T ∗ T α − TT ∗ α is trace-class and its trace is zero when α ∈ 0, 1 and the

its Poincar´e - Cartan form), and an auxiliary differential form corresponding to the at least 2-contact part of the Lepagean equivalent of the Lagrangian

Accord- ingly, these Hamilton equations depend upon a Lagrangian (resp. its Poincar´ e - Cartan form), and an auxiliary differential form corresponding to the at least 2-contact part

2 Contact metric manifolds

For I > −1 such examples may be found from the standard contact metric structure on the tangent sphere bundle of a manifold of constant curvature c where we have I = |1−c| 1+c..